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{{Short description|Continuum mechanics}} ...(<math>K</math>) is the resistance of a member against bending deflection/deformation. It is a function of the [[Young's modulus]] <math>E</math>, the [[second m ...

...REQRVg7meMC |access-date=26 February 2023}}</ref> Slip angle describes the deformation of the tire [[contact patch]], and this [[Deflection (engineering)|deflecti As with [[Deformation (engineering)|deformation]] of a spring, deformation of the tire contact patch generates a [[Reaction (physics)|reaction force]] ...

...tact Resistance at Fractal Rough Surfaces| journal= Journal of Engineering Mechanics| year=2015| volume=143|issue=3| pages=B4015001 | url= https://www.researchg * [[Contact mechanics]] ...

...nce to being deformed elastically (i.e., non-permanently) when a [[Stress (mechanics)|stress]] is applied to it. ...is defined as the [[slope]] of its [[stress–strain curve]] in the elastic deformation region:<ref>{{cite book| last = Askeland| first = Donald R.| last2 = Phulé| ...

{{Short description|Sensor measuring deformation and stretching}} ...be used to measure [[Deformation (engineering)|deformation]] and [[Stress (mechanics)|stretching forces]] such as [[Tension (physics)|tension]] or [[bending]]. ...

...ce of [[Cylinder stress|axial]], [[Shear stress|shear]], or [[Deformation (mechanics)|torsional forces]]. ...opov; Sammurthy Nagarajan; Z A Lu. "[https://www.worldcat.org/oclc/1858372 Mechanics of Material]". Englewood Cliffs, N.J. : Prentice-Hall, ©1976, p.&nbsp;119, ...

===Fluid mechanics=== In [[fluid mechanics]], specific weight represents the [[force]] exerted by [[gravity]] on a uni ...

...site direction at the bottom, causing shearing [[Deformation (engineering)|deformation]].]] In [[solid mechanics]], '''shearing forces''' are unaligned [[force]]s acting on one part of a [ ...

{{Continuum mechanics|cTopic=fluid}} ...]], [[gas]], or other material that may continuously [[motion|move]] and [[Deformation (physics)|deform]] ('''''flow''''') under an applied [[shear stress]], or e ...

...Physical property when materials or objects return to original shape after deformation}} {{Continuum mechanics|cTopic=[[Solid mechanics]]}} ...

{{Short description|Resistance to deformation in response to force}} ...ness''' is the extent to which an object resists [[Deformation (mechanics)|deformation]] in response to an applied [[force]].<ref>{{cite journal ...

...variety of applications, largely because many physical systems contain a [[mechanics|mechanical]] combination of two materials. Some of the fields where contact ...ce undergoes plastic deformation, contact resistance is lowered, since the deformation causes the actual contact area to increase<ref>{{cite journal ...

...ses]] are applied. This movement of dislocations results in the material [[Deformation (engineering)|plastically deforming]]. '''Pinning points''' in the material ...

{{Short description|Mechanism which transmits force through elastic body deformation}} ...through [[Elasticity (physics)|elastic]] body [[deformation (engineering)|deformation]]. It gains some or all of its motion from the relative flexibility of its ...

{{Short description|Mathematical model for describing material deformation under stress}} {{Continuum mechanics|cTopic=solid}} ...

{{short description|Measure of a material's resistance to localized plastic deformation}} ...astic]] [[stiffness]], [[plasticity (physics)|plasticity]], [[deformation (mechanics)|strain]], [[strength of materials|strength]], [[toughness]], [[viscoelasti ...

==Classical mechanics== In classical mechanics, an explanation of this deformation requires external causes in a frame of reference in which the spheroid is n ...

...g]] to determine the [[hardness]] of a material to [[deformation (physics)|deformation]]. Several such tests exist, wherein the examined material is indented unti ...can only offer a comparative idea of the material's resistance to plastic deformation since different hardness techniques have different scales. ...

{{Classical mechanics|cTopic=Core topics}} ...ments]] exerted on it. A rigid body is usually considered as a [[continuum mechanics|continuous distribution]] of [[mass]]. ...

...] to [[Strain (materials science)|strain]]s or [[Deformation (engineering)|deformation]]s. ...or.<ref name=Truesdell>{{cite book |title=The Non-linear Field Theories of Mechanics |author=Clifford Truesdell & Walter Noll; Stuart S. Antman, editor |page=4 ...