Mechanical engineering

Retaining rings for shafts - Normal type and heavy type

Draft standard 2024-11

DIN 471:2024-11 - Draft

Retaining rings for shafts - Normal type and heavy type

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Standard [CURRENT] 2011-04

DIN 471:2011-04

Retaining rings for shafts - Normal type and heavy type

This document has been prepared by Working Committee NA 067-00-09 AA "Verbindungselemente ohne Gewinde" ("Fasteners without thread") at the Fasteners Standards Committee (FMV). This standard ...

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Calculation of load capacity of shafts and axles; Supplement 1: Examples to part 1 to 3

Technical rule [CURRENT] 2024-07

DIN 743 Beiblatt 1:2024-07

Calculation of load capacity of shafts and axles; Supplement 1: Examples to part 1 to 3

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Calculation of load capacity of shafts and axles - Supplement 2: Examples to part 4

Technical rule [CURRENT] 2012-12

DIN 743 Beiblatt 2:2012-12

Calculation of load capacity of shafts and axles - Supplement 2: Examples to part 4

A large number of failures in mechanical engineering is due to damage on axles and shafts. The most frequent cause for this is fatigue failure (fatigue fractures, vibration fractures). In addition ...

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Calculation of load capacity of shafts and axles - Part 1: General

Standard [CURRENT] 2012-12

DIN 743-1:2012-12

Calculation of load capacity of shafts and axles - Part 1: General

A large number of failures in mechanical engineering is due to damage to axles and shafts. The most frequent cause for this is fatigue failure (fatigue fractures, vibration fractures). In addition ...

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Calculation of load capacity of shafts and axles - Part 2: Theoretical stress concentration factors and fatigue notch factors

Standard [CURRENT] 2012-12

DIN 743-2:2012-12

Calculation of load capacity of shafts and axles - Part 2: Theoretical stress concentration factors and fatigue notch factors

A large number of failures in mechanical engineering is due to damage to axles and shafts. The most frequent cause for this is fatigue failure (fatigue fractures, vibration fractures). In addition ...

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Calculation of load capacity of shafts and axles - Part 3: Strength of materials

Standard [CURRENT] 2024-07

DIN 743-3:2024-07

Calculation of load capacity of shafts and axles - Part 3: Strength of materials

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Calculation of load capacity of shafts and axles - Part 4: Fatigue limit, endurance limit - Equivalently damaging continuous stress

Standard [CURRENT] 2012-12

DIN 743-4:2012-12

Calculation of load capacity of shafts and axles - Part 4: Fatigue limit, endurance limit - Equivalently damaging continuous stress

A large number of failures in mechanical engineering is due to damage to axles and shafts. The most frequent cause for this is fatigue failure (fatigue fractures, vibration fractures). In addition ...

from 58.30 EUR VAT included

from 54.49 EUR VAT excluded

To selection