Breaking strength
Breaking strength , including static strength , is the mechanical stress in strength theory that leads to breakage in a component with a uniform increase in the load . Depending on the type of stress , the breaking strength is differentiated into
These strengths are determined by tests (e.g. tensile test ) on standardized test specimens as material parameters. Their numerical values differ from one another, even for the same material .
The breaking strength has the unit of tension and is therefore given as the quotient of the breaking load ( force ) divided by the cross-sectional area of the test specimen in Pascals (mostly megapascals, MPa); one megapascal corresponds to a force of one newton per square millimeter of area.
Another type of strength under static load is the yield point , under dynamic load the fatigue strength or inert strength are decisive.
swell
- Wittel, Jannasch, Voßiek, Spura: Roloff / Matek Maschinenelemente Springer Vieweg, 2019, ISBN 978-3-658-26280-8
- Gerd habenicht: Gluing. Basics - Technologies - Applications, 6th edition, Springer Verlag, Berlin / Heidelberg 2009, ISBN 978-3-540-85264-3 .
- George Fillmore Swain, A. Mehmel: Strength of Materials. Published by Julius Springer, Berlin 1928.
Web links
- Breaking load calculator for stainless steel wire ropes
- Breaking strength of knots (accessed September 14, 2018)
- Breeding possibilities for improving the shell stability of eggs (accessed September 14, 2018)
- Breaking strength and fracture toughness of glass and ceramics (accessed September 14, 2018)