en:infra-convert:user:terms
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| ^ Square | {{:en:infra-convert:user:terms:icon_klasse_quadrat.png?nolink&35|}} | Edge length of a square shape.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_quadrat.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 82 | – | | ^ Square | {{:en:infra-convert:user:terms:icon_klasse_quadrat.png?nolink&35|}} | Edge length of a square shape.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_quadrat.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 82 | – | | ||
| ^ Width across flats | {{:en:infra-convert:user:terms:icon_klasse_schluesselweite.png?nolink&35|}} | Distance between two parallel surfaces, which is mostly used for positioning wrenches.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_schluesselweite.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 83 | − | | ^ Width across flats | {{:en:infra-convert:user:terms:icon_klasse_schluesselweite.png?nolink&35|}} | Distance between two parallel surfaces, which is mostly used for positioning wrenches.\\ \\ **Standard measurement unit** Millimetres\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_schluesselweite.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 83 | − | | ||
| - | ^ Slope (gradient) | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung_verhaeltnis.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 84 | − | | + | ^ Slope (gradient) | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{ :en:infra-convert:user:terms:grafik_neigung_verhaeltnis.png?400 | }} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 84 | − | |
| ^ Slope (gradient) in % | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 85 | − | | ^ Slope (gradient) in % | {{:en:infra-convert:user:terms:icon_klasse_dreieck.png?nolink&35|}} | Slope ratio of an oblique line or area.\\ \\ **Standard measurement unit** Percent\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_neigung.png?nolink&420|}} | • DIN 406-10:1992\\ • DIN 406-11:1992 | 85 | − | | ||
| ^ Tapering | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung.png?nolink&420|}} | • DIN 406-11:1992 | 86 | – | | ^ Tapering | {{:en:infra-convert:user:terms:icon_klasse_kegel.png?nolink&35|}} | Slope ratio of a pointed or blunt cone or flat surfaces standing symmetrically at an angle to each other.\\ \\ **Standard measurement unit** –\\ \\ Example:\\ {{:en:infra-convert:user:terms:grafik_verjuengung.png?nolink&420|}} | • DIN 406-11:1992 | 86 | – | | ||
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| ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ^ ::: ^ ::: ^ ::: ^ ::: ^ ELIAS ^ [[en:infra-convert:dev:export:dfd#K2009]] ^ | ||
| ^ Smoothing depth (peak) | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rp.png?nolink&35|}} | Vertical parameter of the roughness profile. Height of the largest profile peak within the measuring section ln.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rp.png?420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 96 | – | | ^ Smoothing depth (peak) | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rp.png?nolink&35|}} | Vertical parameter of the roughness profile. Height of the largest profile peak within the measuring section ln.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rp.png?420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 96 | – | | ||
| - | ^ Smoothing depth (valley) | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rv.png?nolink&35|}} | Vertical parameter of the roughness profile. Depth of the largest profile valley within the measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rv.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 97 | – | | + | ^ Smoothing depth (valley) | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rv.png?nolink&35|}} | Vertical parameter of the roughness profile. Depth of the largest profile valley within the measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rv.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 97 | – | |
| - | ^ Average roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rz.png?nolink&35|}} | Vertical parameter of the roughness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within a single measurement section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rz.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 23 | 150 | | + | ^ Average roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rz.png?nolink&35|}} | Vertical parameter of the roughness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within a single measurement section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rz.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 23 | 150 | |
| ^ Maximum average roughness depth | {{:de:infra-convert:user:terms:icon_klasse_oberflaeche_rzmax.png?nolink&55|}} | This parameter is a variation of the regular requirement for the average roughness depth. The specified variable is not to be interpreted with the 16 % rule, but with the maximum value rule. "Rmax" is also commonly used as an indicator.\\ \\ **Standard measurement unit** Micrometres | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 31 | 158 | | ^ Maximum average roughness depth | {{:de:infra-convert:user:terms:icon_klasse_oberflaeche_rzmax.png?nolink&55|}} | This parameter is a variation of the regular requirement for the average roughness depth. The specified variable is not to be interpreted with the 16 % rule, but with the maximum value rule. "Rmax" is also commonly used as an indicator.\\ \\ **Standard measurement unit** Micrometres | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 31 | 158 | | ||
| - | ^ Average profile element height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rc.png?nolink&35|}} | Vertical parameter of the roughness profile. Average value of the height of the profile elements within a single measuring section.\\ //A profile element is formed based on a consecutive profile valley and a profile peak.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rc.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 98 | – | | + | ^ Average profile element height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rc.png?nolink&35|}} | Vertical parameter of the roughness profile. Average value of the height of the profile elements within a single measuring section.\\ //A profile element is formed based on a consecutive profile valley and a profile peak.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rc.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 98 | – | |
| - | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_pt.png?nolink&35|}} | Vertical parameter of the primary profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_pt.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 26 | 153 | | + | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_pt.png?nolink&35|}} | Vertical parameter of the primary profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_pt.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 26 | 153 | |
| - | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rt.png?nolink&35|}} | Vertical parameter of the roughness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rt.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 93 | – | | + | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rt.png?nolink&35|}} | Vertical parameter of the roughness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rt.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 93 | – | |
| - | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_wt.png?nolink&35|}} | Vertical parameter of the waviness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_wt.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 30 | 157 | | + | ^ Total height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_wt.png?nolink&35|}} | Vertical parameter of the waviness profile. Sum of the height of the largest profile peak and the depth of the largest profile valley within the section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_wt.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 30 | 157 | |
| - | ^ Arithmetic average roughness value | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_ra.png?nolink&35|}} | Vertical parameter of the roughness profile. Arithmetic average of the sums of the amplitude values within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_ra.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 25 | 152 | | + | ^ Arithmetic average roughness value | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_ra.png?nolink&35|}} | Vertical parameter of the roughness profile. Arithmetic average of the sums of the amplitude values within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_ra.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 25 | 152 | |
| - | ^ Quadratic average roughness value | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rq.png?nolink&35|}} | Vertical parameter of the roughness profile. Quadratic average of the amplitude values within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rq.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 99 | – | | + | ^ Quadratic average roughness value | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rq.png?nolink&35|}} | Vertical parameter of the roughness profile. Quadratic average of the amplitude values within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rq.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 99 | – | |
| - | ^ Profile skew | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rsk.png?nolink&35|}} | Vertical parameter of the roughness profile. Measurement for the asymmetry of the amplitude density curve within a single measuring section.\\ //The amplitude density curve reflects the amplitude part in each horizontal sectional plane.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rsk.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 100 | – | | + | ^ Profile skew | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rsk.png?nolink&35|}} | Vertical parameter of the roughness profile. Measurement for the asymmetry of the amplitude density curve within a single measuring section.\\ //The amplitude density curve reflects the amplitude part in each horizontal sectional plane.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rsk.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 100 | – | |
| - | ^ Profile steepness | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rku.png?nolink&35|}} | Vertical parameter of the roughness profile. Measurement for the steepness of the amplitude density curve within a single measuring section.\\ //The amplitude density curve reflects the amplitude part in each horizontal sectional plane.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rku.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 101 | – | | + | ^ Profile steepness | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rku.png?nolink&35|}} | Vertical parameter of the roughness profile. Measurement for the steepness of the amplitude density curve within a single measuring section.\\ //The amplitude density curve reflects the amplitude part in each horizontal sectional plane.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rku.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 101 | – | |
| - | ^ Average groove width | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rsm.png?nolink&35|}} | Horizontal parameter of the roughness profile. Average value of the profile elements within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rsm.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 102 | – | | + | ^ Average groove width | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rsm.png?nolink&35|}} | Horizontal parameter of the roughness profile. Average value of the profile elements within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rsm.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 102 | – | |
| - | ^ Peak count | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rpc.png?nolink&35|}} | Horizontal parameter of the roughness profile. Number of average widths of the profile elements in a predefined length, standard 10mm.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rpc.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 103 | – | | + | ^ Peak count | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rpc.png?nolink&35|}} | Horizontal parameter of the roughness profile. Number of average widths of the profile elements in a predefined length, standard 10mm.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rpc.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 103 | – | |
| - | ^ Average profile gradient | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rdq.png?nolink&35|}} | Mixed (vertical and horizontal) parameter of the roughness profile. Quadratic average of the local profile gradient within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rdq.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 104 | – | | + | ^ Average profile gradient | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rdq.png?nolink&35|}} | Mixed (vertical and horizontal) parameter of the roughness profile. Quadratic average of the local profile gradient within a single measuring section.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rdq.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 104 | – | |
| ^ Material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_pmr.png?nolink&35|}} | Parameter from the Abbott-Firestone curve (AF curve) of the primary profile. Material share in a cutting line height relative to the share in a reference cutting line height.\\ //The AF curve reflects the cumulative frequency of the amplitude values within a measuring section.//\\ \\ **Standard measurement unit** Percent\\ | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 70 | 160 | | ^ Material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_pmr.png?nolink&35|}} | Parameter from the Abbott-Firestone curve (AF curve) of the primary profile. Material share in a cutting line height relative to the share in a reference cutting line height.\\ //The AF curve reflects the cumulative frequency of the amplitude values within a measuring section.//\\ \\ **Standard measurement unit** Percent\\ | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 70 | 160 | | ||
| - | ^ Material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rmr.png?nolink&35|}} | Parameter from the Abbott-Firestone curve (AF curve) of the roughness profile. Material share in a cutting line height relative to the share in a reference cutting line height.\\ //The AF curve reflects the cumulative frequency of the amplitude values within a measuring section.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rmr.png?nolink&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 105 | 193 | | + | ^ Material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rmr.png?nolink&35|}} | Parameter from the Abbott-Firestone curve (AF curve) of the roughness profile. Material share in a cutting line height relative to the share in a reference cutting line height.\\ //The AF curve reflects the cumulative frequency of the amplitude values within a measuring section.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rmr.png?direct&420|}} | • DIN EN ISO 4287:2010\\ • DIN EN ISO 4288:1998\\ • DIN EN ISO 1302:2002 | 105 | 193 | |
| - | ^ Core roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rk.png?nolink&35|}} | Parameter of the roughness core profile. Total height of the roughness core profile within the measuring section.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rk.png?nolink&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 27 | 154 | | + | ^ Core roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rk.png?nolink&35|}} | Parameter of the roughness core profile. Total height of the roughness core profile within the measuring section.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rk.png?direct&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 27 | 154 | |
| - | ^ Smallest material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_mr1.png?nolink&35|}} | Parameter of the roughness core profile. Material share in percent at the level of the cutting line, which separates the projecting peaks from the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_mr1.png?nolink&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 71 | 161 | | + | ^ Smallest material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_mr1.png?nolink&35|}} | Parameter of the roughness core profile. Material share in percent at the level of the cutting line, which separates the projecting peaks from the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_mr1.png?direct&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 71 | 161 | |
| - | ^ Largest material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_mr2.png?nolink&35|}} | Parameter of the roughness core profile. Material share in percent at the level of the cutting line, which separates the deep valleys from the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_mr2.png?nolink&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 72 | 162 | | + | ^ Largest material share | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_mr2.png?nolink&35|}} | Parameter of the roughness core profile. Material share in percent at the level of the cutting line, which separates the deep valleys from the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Percent\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_mr2.png?direct&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 72 | 162 | |
| ^ Reduced peak height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rpk.png?nolink&35|}} | Average height of the projecting peaks above the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rpk.png?420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 28 | 155 | | ^ Reduced peak height | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rpk.png?nolink&35|}} | Average height of the projecting peaks above the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rpk.png?420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 28 | 155 | | ||
| - | ^ Reduced groove depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rvk.png?nolink&35|}} | Average depth of the profile valleys below the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rvk.png?nolink&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 29 | 156 | | + | ^ Reduced groove depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_rvk.png?nolink&35|}} | Average depth of the profile valleys below the roughness core profile.\\ //The roughness core profile is the roughness profile without projecting peaks and deep valleys.//\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_rvk.png?direct&420|}} | • DIN EN ISO 13565-2:1998\\ • DIN EN ISO 1302:2002 | 29 | 156 | |
| - | ^ Base roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_r3z.png?nolink&35|}} | Vertical parameter of the roughness profile. Amplitude value of the third highest profile peak from the third largest profile valley.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_r3z.png?nolink&420|}} | Not officially standardised. | 32 | 159 | | + | ^ Base roughness depth | {{:en:infra-convert:user:terms:icon_klasse_oberflaeche_r3z.png?nolink&35|}} | Vertical parameter of the roughness profile. Amplitude value of the third highest profile peak from the third largest profile valley.\\ \\ **Standard measurement unit** Micrometres\\ \\ {{:en:infra-convert:user:terms:grafik_oberflaechenkenngroesse_r3z.png?direct&420|}} | Not officially standardised. | 32 | 159 | |
| ^ Additional surface specifications | – | Machining allowance, position and orientation of surface grooves.\\ \\ **Standard measurement unit** – | • DIN EN ISO 1302:2002 | 118 | – | | ^ Additional surface specifications | – | Machining allowance, position and orientation of surface grooves.\\ \\ **Standard measurement unit** – | • DIN EN ISO 1302:2002 | 118 | – | | ||
| ^ Layer thickness | – | Material thickness of one or more coatings over a surface.\\ \\ **Standard measurement unit** Millimetres | – | 64 | 260 | | ^ Layer thickness | – | Material thickness of one or more coatings over a surface.\\ \\ **Standard measurement unit** Millimetres | – | 64 | 260 | | ||
| Line 296: | Line 296: | ||
| ^ Mass in kg | – | Property of a body specified by density and volume.\\ \\ **Standard measurement unit** Kilograms | 66 | 280 | | ^ Mass in kg | – | Property of a body specified by density and volume.\\ \\ **Standard measurement unit** Kilograms | 66 | 280 | | ||
| ^ Hardness | – | Hardness of a material. No defined parameters.\\ \\ **Standard measurement unit** – | – | 110 | 285 | | ^ Hardness | – | Hardness of a material. No defined parameters.\\ \\ **Standard measurement unit** – | – | 110 | 285 | | ||
| - | ^ Brinell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hb.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Brinell hardness test. The parameter is determined from the impression diameter of a carbide ball (loaded with the test force F) at a diameter D in the sample surface.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hb.png?nolink&420|}} | • DIN EN ISO 6506-1:2015 | 39 | – | | + | ^ Brinell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hb.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Brinell hardness test. The parameter is determined from the impression diameter of a carbide ball (loaded with the test force F) at a diameter D in the sample surface.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hb.png?direct&420|}} | • DIN EN ISO 6506-1:2015 | 39 | – | |
| - | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hra.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale A). The parameter is determined from the penetration depth h of a diamond cone with the cone angle 120°, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hra.png?nolink&420|}} | • DIN EN ISO 6508-1:2016 | 40 | – | | + | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hra.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale A). The parameter is determined from the penetration depth h of a diamond cone with the cone angle 120°, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hra.png?direct&420|}} | • DIN EN ISO 6508-1:2016 | 40 | – | |
| - | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrb.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale B). The parameter is determined from the penetration depth h of a carbide ball with the diameter D, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrb.png?nolink&420|}} | • DIN EN ISO 6508-1:2016 | 41 | – | | + | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrb.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale B). The parameter is determined from the penetration depth h of a carbide ball with the diameter D, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrb.png?direct&420|}} | • DIN EN ISO 6508-1:2016 | 41 | – | |
| - | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrc.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale C). The parameter is determined from the penetration depth h of a diamond cone with the cone angle 120°, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrc.png?nolink&420|}} | • DIN EN ISO 6508-1:2016 | 42 | – | | + | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrc.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale C). The parameter is determined from the penetration depth h of a diamond cone with the cone angle 120°, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrc.png?direct&420|}} | • DIN EN ISO 6508-1:2016 | 42 | – | |
| - | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrf.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale F). The parameter is determined from the penetration depth h of a carbide ball with the diameter D, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrf.png?nolink&420|}} | • DIN EN ISO 6508-1:2016 | 43 | – | | + | ^ Rockwell hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hrf.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Rockwell hardness test (hardness scale F). The parameter is determined from the penetration depth h of a carbide ball with the diameter D, which is generated by the additional force F<sub>1</sub> (the penetration depth generated by the advance test force F<sub>0</sub> that is applied simultaneously is deducted from the total penetration depth here).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hrf.png?direct&420|}} | • DIN EN ISO 6508-1:2016 | 43 | – | |
| - | ^ Vickers hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hv.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Vickers hardness test. The parameter is determined from the impression diagonal diameter of a diamond pyramid (with a quadratic base and a point angle of 136°), which is loaded with the test force F, in the sample surface\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hv.png?nolink&420|}} | • DIN EN ISO 6507-1 | 44 | – | | + | ^ Vickers hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hv.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the Vickers hardness test. The parameter is determined from the impression diagonal diameter of a diamond pyramid (with a quadratic base and a point angle of 136°), which is loaded with the test force F, in the sample surface\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hv.png?direct&420|}} | • DIN EN ISO 6507-1 | 44 | – | |
| - | ^ Martens hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hm.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the penetration test. The parameter is determined from the values of the force-penetration-depth curve, which is recorded during the penetration of a test body (various shapes and materials are permissible) under the force F.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hm.png?nolink&420|}} | • DIN EN ISO 14577-1:2015 | 45 | – | | + | ^ Martens hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hm.png?nolink&35|}} | Parameter for the hardness of a material, ascertained in the penetration test. The parameter is determined from the values of the force-penetration-depth curve, which is recorded during the penetration of a test body (various shapes and materials are permissible) under the force F.\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hm.png?direct&420|}} | • DIN EN ISO 14577-1:2015 | 45 | – | |
| - | ^ Ball indentation hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hb.png?nolink&35|}} | Parameter for the hardness of plastics, ascertained in the ball indentation test. The parameter corresponds to the quotient on the test force F<sub>1</sub> (in N) and the spherical cap surface A (in mm²) of the indentation after a defined time (the surface is calculated from the penetration depth h and the ball diameter. The penetration depth h is measured after the advance test force F<sub>0</sub> is applied).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hb_kunststoff.png?nolink&420|}} | • DIN EN ISO 2039-1:2003 | 46 | – | | + | ^ Ball indentation hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_hb.png?nolink&35|}} | Parameter for the hardness of plastics, ascertained in the ball indentation test. The parameter corresponds to the quotient on the test force F<sub>1</sub> (in N) and the spherical cap surface A (in mm²) of the indentation after a defined time (the surface is calculated from the penetration depth h and the ball diameter. The penetration depth h is measured after the advance test force F<sub>0</sub> is applied).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_hb_kunststoff.png?direct&420|}} | • DIN EN ISO 2039-1:2003 | 46 | – | |
| - | ^ Shore hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_shore-a.png?nolink&0x35|}} | Parameter for the hardness of plastics, ascertained in the Shore hardness test (type A durometer).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_shore-a.png?nolink&420|}} | • DIN EN ISO 868:2003 | 47 | – | | + | ^ Shore hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_shore-a.png?nolink&0x35|}} | Parameter for the hardness of plastics, ascertained in the Shore hardness test (type A durometer).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_shore-a.png?direct&420|}} | • DIN EN ISO 868:2003 | 47 | – | |
| - | ^ Shore hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_shore-d.png?nolink&0x35|}} | Parameter for the hardness of plastics, ascertained in the Shore hardness test (type D durometer).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_shore-d.png?nolink&420|}} | • DIN EN ISO 868:2003 | 48 | – | | + | ^ Shore hardness | {{:en:infra-convert:user:terms:icon_klasse_haerte_shore-d.png?nolink&0x35|}} | Parameter for the hardness of plastics, ascertained in the Shore hardness test (type D durometer).\\ \\ **Standard measurement unit** –\\ \\ {{:en:infra-convert:user:terms:grafik_haertekenngroesse_shore-d.png?direct&420|}} | • DIN EN ISO 868:2003 | 48 | – | |
| - | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp0_1.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial) cross section of the specimen S<sub>0</sub> at 0.1% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp0_1.png?nolink&420|}} | • DIN EN ISO 6892-1:2017 | 49 | – | | + | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp0_1.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial) cross section of the specimen S<sub>0</sub> at 0.1% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp0_1.png?direct&420|}} | • DIN EN ISO 6892-1:2017 | 49 | – | |
| - | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp0_2.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial) cross section of the specimen S<sub>0</sub> at 0.2% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp0_2.png?nolink&420|}} | • DIN EN ISO 6892-1:2017 | 50 | – | | + | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp0_2.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial) cross section of the specimen S<sub>0</sub> at 0.2% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp0_2.png?direct&420|}} | • DIN EN ISO 6892-1:2017 | 50 | – | |
| - | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp1_0.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial)cross section of the specimen S<sub>0</sub> at 1.0% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp1_0.png?nolink&420|}} | • DIN EN ISO 6892-1:2017 | 51 | – | | + | ^ Proof strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rp1_0.png?nolink&0x35|}} | Material parameter of a tensile test specimen determined in a tensile test with a continuous stress-strain curve. It indicates the stress R, which occurs in relation to the (initial)cross section of the specimen S<sub>0</sub> at 1.0% plastic strain e.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rp1_0.png?direct&420|}} | • DIN EN ISO 6892-1:2017 | 51 | – | |
| - | ^ Yield strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_reh.png?nolink&35|}} | Material parameter of a metallic tensile test specimen determined in a tensile test with a pronounced stress-strain curve. It indicates the highest stress R, at which a first significant drop in the stress is encountered.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_reh.png?nolink&420|}} | • DIN EN ISO 6892-1:2017 | 52 | – | | + | ^ Yield strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_reh.png?nolink&35|}} | Material parameter of a metallic tensile test specimen determined in a tensile test with a pronounced stress-strain curve. It indicates the highest stress R, at which a first significant drop in the stress is encountered.\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_reh.png?direct&420|}} | • DIN EN ISO 6892-1:2017 | 52 | – | |
| - | ^ Yield strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rel.png?nolink&35|}} | Material parameter of a metallic tensile test specimen determined in a tensile test with a pronounced stress-strain curve. It indicates the lowest stress R during the plastic flow (Lüders strain)\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rel.png?nolink&420|}} | • DIN EN ISO 6892-1:2017 | 53 | – | | + | ^ Yield strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_streckgrenze_rel.png?nolink&35|}} | Material parameter of a metallic tensile test specimen determined in a tensile test with a pronounced stress-strain curve. It indicates the lowest stress R during the plastic flow (Lüders strain)\\ \\ **Standard measurement unit** Megapascals\\ \\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rel.png?direct&420|}} | • DIN EN ISO 6892-1:2017 | 53 | – | |
| - | ^ Tensile strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_zugfestigkeit_rm.png?nolink&35|}} | Material parameter of a tensile test specimen determined in a tensile test with a pronounced or continuous stress-strain curve. It indicates the stress R at maximum force absorption.\\ \\ Example of a pronounced stress-strain curve:\\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rm.png?nolink&420|}}\\ \\ **Standard measurement unit** Megapascals | • DIN EN ISO 6892-1:2017 | 54 | – | | + | ^ Tensile strength in MPa | {{:en:infra-convert:user:terms:icon_klasse_zugfestigkeit_rm.png?nolink&35|}} | Material parameter of a tensile test specimen determined in a tensile test with a pronounced or continuous stress-strain curve. It indicates the stress R at maximum force absorption.\\ \\ Example of a pronounced stress-strain curve:\\ {{:en:infra-convert:user:terms:grafik_kenngroesse_spannung_rm.png?direct&420|}}\\ \\ **Standard measurement unit** Megapascals | • DIN EN ISO 6892-1:2017 | 54 | – | |
| - | ^ Elongation at break in % | {{:en:infra-convert:user:terms:icon_klasse_dehnung_a.png?nolink&35|}} | Material parameter of a tensile test specimen determined in a tensile test with a pronounced or continuous stress-strain curve. It indicates the plastic specimen strain e in %, at which the sample breaks.\\ \\ Example of a pronounced stress-strain curve:\\ {{:en:infra-convert:user:terms:grafik_kenngroesse_bruchdehnung_a.png?nolink&420|}}\\ \\ **Standard measurement unit** Percent | • DIN EN ISO 6892-1:2017 | 55 | – | | + | ^ Elongation at break in % | {{:en:infra-convert:user:terms:icon_klasse_dehnung_a.png?nolink&35|}} | Material parameter of a tensile test specimen determined in a tensile test with a pronounced or continuous stress-strain curve. It indicates the plastic specimen strain e in %, at which the sample breaks.\\ \\ Example of a pronounced stress-strain curve:\\ {{:en:infra-convert:user:terms:grafik_kenngroesse_bruchdehnung_a.png?direct&420|}}\\ \\ **Standard measurement unit** Percent | • DIN EN ISO 6892-1:2017 | 55 | – | |
| - | ^ Notch impact energy | – | In a standardized procedure, e.g. the Charpy test, determined material characteristic. It indicates the impact energy consumed in the fracture of a mostly notched specimen.\\ \\ **Standard measurement unit** Joule\\ \\ Simplified example of the Charpy impact test using a pendulum impact tester and a V-notched sample (K = consumed impact energy, K<sub>p1</sub> = potential initial energy, K<sub>p2</sub> = residual energy):\\ {{:en:infra-convert:user:terms:grafik_kerbschlagbiegearbeit_kv.png?nolink&420|}}\\ \\ **Note** Available from program version 1.2.0.32 | • DIN EN ISO 148-1 | 129 | – | | + | ^ Notch impact energy | – | In a standardized procedure, e.g. the Charpy test, determined material characteristic. It indicates the impact energy consumed in the fracture of a mostly notched specimen.\\ \\ **Standard measurement unit** Joule\\ \\ Simplified example of the Charpy impact test using a pendulum impact tester and a V-notched sample (K = consumed impact energy, K<sub>p1</sub> = potential initial energy, K<sub>p2</sub> = residual energy):\\ {{:en:infra-convert:user:terms:grafik_kerbschlagbiegearbeit_kv.png?direct&420|}}\\ \\ **Note** Available from program version 1.2.0.32 | • DIN EN ISO 148-1 | 129 | – | |
| \\ | \\ | ||
| Line 364: | Line 364: | ||
| Usually only one of the component variants or a generic component, which contains all properties in one characteristic, is displayed graphically. The variable properties are indicated with a code letter (also: "dimension letter") and called up in a table. | Usually only one of the component variants or a generic component, which contains all properties in one characteristic, is displayed graphically. The variable properties are indicated with a code letter (also: "dimension letter") and called up in a table. | ||
| - | {{ :en:infra-convert:user:terms:sammelzeichnung_prinzip.png?nolink&600 |}} | + | {{ :en:infra-convert:user:terms:sammelzeichnung_prinzip.png?direct&600 |}} |
| \\ | \\ | ||
| Line 402: | Line 402: | ||
| The following terms apply to the structure of drawing sheets: | The following terms apply to the structure of drawing sheets: | ||
| - | {{ :en:infra-convert:user:terms:zeichnungsblatt_aufbau.png?n|}} | + | {{ :en:infra-convert:user:terms:zeichnungsblatt_aufbau.png?direct |}} |
| </WRAP> | </WRAP> | ||
| Line 730: | Line 730: | ||
| </WRAP> | </WRAP> | ||
| - | {{ :en:infra-convert:user:terms:iso-gps_spezifikationen.png?nolink&800 |}} | + | {{ :en:infra-convert:user:terms:iso-gps_spezifikationen.png?direct&800 |}} |
| The deviation from the default setting can be identified using suitable specification modifiers (and/or abbreviations). In this way a "special specification operator" is obtained. In this example, the "E in circle" modifier symbol sets the envelope condition. The envelope condition requires that the evaluated geometry lies in an enveloping cylinder 20 mm in diameter and that all two-point sizes are greater than or equal to 19.948 mm. A suitable verification would be to test using a ring gauge or to carry out a no-go test using a go/no go gauge. | The deviation from the default setting can be identified using suitable specification modifiers (and/or abbreviations). In this way a "special specification operator" is obtained. In this example, the "E in circle" modifier symbol sets the envelope condition. The envelope condition requires that the evaluated geometry lies in an enveloping cylinder 20 mm in diameter and that all two-point sizes are greater than or equal to 19.948 mm. A suitable verification would be to test using a ring gauge or to carry out a no-go test using a go/no go gauge. | ||
| Line 865: | Line 865: | ||
| <WRAP column half> | <WRAP column half> | ||
| - | {{ :en:infra-convert:user:terms:haendisch_stempeln.png?nolink|}} | + | {{ :en:infra-convert:user:terms:haendisch_stempeln.png?direct|}} |
| </WRAP> | </WRAP> | ||
| Line 872: | Line 872: | ||
| →[[en:infra-convert:user:terms#Kategorie (Merkmal-)|Characteristic categories]], for example, can be made visible in #@IC_HTML@# by assigning them with one of the following six stamp symbol shapes as well as a symbol color. | →[[en:infra-convert:user:terms#Kategorie (Merkmal-)|Characteristic categories]], for example, can be made visible in #@IC_HTML@# by assigning them with one of the following six stamp symbol shapes as well as a symbol color. | ||
| - | {{ :en:infra-convert:user:terms:vergleich_stempelformen.png?nolink&860 |}} | + | {{ :en:infra-convert:user:terms:vergleich_stempelformen.png?direct&860 |}} |
| \\ | \\ | ||
| Line 905: | Line 905: | ||
| <WRAP column 70%> | <WRAP column 70%> | ||
| - | {{ :en:infra-convert:user:terms:kennzeichnungen_verwendung_01.png?nolink&700 |}} | + | {{ :en:infra-convert:user:terms:kennzeichnungen_verwendung_01.png?direct&700 |}} |
| </WRAP> | </WRAP> | ||
| Line 937: | Line 937: | ||
| A test plan can contain the following information, for example: | A test plan can contain the following information, for example: | ||
| - | {{ :en:infra-convert:user:terms:beispielpruefplan.png?nolink&900 |}} | + | {{ :en:infra-convert:user:terms:beispielpruefplan.png?direct&900 |}} |
| \\ | \\ | ||
en/infra-convert/user/terms.txt · Last modified: 2023/10/20 16:02 by me
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