Category:Solid mechanics

B

• Beam theory (12 P)

C

• Contact mechanics (1 P)

D

• Deformation (mechanics) (2 C, 44 P)

E

• Elasticity (physics) (2 C, 74 P)

F

• Fracture mechanics (1 C, 74 P)

G

• Geotechnical engineering (10 C, 18 P)

M

• Mechanical failure modes (1 C, 25 P)

P

• Plasticity (physics) (39 P)

R

• Rigid bodies mechanics (2 C, 10 P)

S

• Seismology (19 C, 133 P)

Y

• Yield criteria (8 P)

• Solid mechanics

A

• Adiabatic shear band
• Aeroelasticity
• Airy points
• Alternative stress measures
• Antiplane shear
• Anton–Schmidt equation of state
• Archer's paradox
• Arruda–Boyce model

B

• Beam (structure)
• Bearing pressure
• Biaxial tensile testing
• Bouc–Wen model of hysteresis
• Bounded deformation
• Bresler–Pister yield criterion

C

• Cauchy stress tensor
• Christensen failure criterion
• Compression (geology)
• Contact mechanics
• Contraflexure
• Covariant derivative
• Crack growth equation
• Creep and shrinkage of concrete
• Critical embankment velocity
• Critical plane analysis

D

• Deformation (engineering)
• Deformation (physics)
• Strain (mechanics)
• Deformation index
• Dislocation avalanches
• Drucker–Prager yield criterion
• Dynamic modulus

E

• Elastic compliance tensor
• Energy release rate (fracture mechanics)
• Euler–Bernoulli beam theory

F

• Fatigue (material)
• Fiber network mechanics
• Finite point method
• Finite strain theory
• First moment of area
• Flexural rigidity
• Flow plasticity theory
• Force lines
• Fracture
• Fracture in polymers
• Frictional contact mechanics

G

• Gent hyperelastic model
• GRADELA

H

• Hankinson's equation
• Hardness
• Hertzian contact stress
• Hill yield criterion
• Hoek–Brown failure criterion
• Hooke's law
• Hosford yield criterion
• Hot hardness
• Hyperelastic material

I

• Infinitesimal strain theory
• IRONCAD

J

• J-integral
• Johnson–Holmquist damage model

K

• Kirsch equations
• Korn's inequality

L

• Lamé's stress ellipsoid
• Lankford coefficient
• Levy–Mises equations
• Linear elasticity
• Lode coordinates

M

• Material failure theory
• Membrane analogy
• Micro-mechanics of failure
• Mie–Grüneisen equation of state
• Mineral physics
• Minimum total potential energy principle
• Mohr–Coulomb theory
• Mohr's circle
• Moldable wood
• Mooney–Rivlin solid
• Melvin Mooney
• Movable cellular automaton

N

• Neo-Hookean solid
• Neutral axis

O

• Ogden hyperelastic model
• Ogden–Roxburgh model
• Onshape

P

• Paris' law
• Plasticity (physics)
• Plate (structure)
• Platonic crystal
• Poisson's ratio
• Polynomial hyperelastic model
• Principle of normality
• Nicola Pugno
• Pure bending

Q

• Quasistatic loading

R

• R-value (plasticity)
• Radial stress
• Radius of gyration
• Ratcheting
• Rigid body mechanics
• Rigid line inclusion
• Ronald Rivlin
• Rose–Vinet equation of state

S

• Shear flow
• Shell (structure)
• Slip bands in metals
• Slip line field
• SolidWorks
• Specific strength
• Spring system
• Strain energy density function
• Strain hardening exponent
• Strength of materials
• Stress (mechanics)
• Stress functions
• Stress resultants
• Stress wave tomography
• Structural integrity and failure
• Structural fracture mechanics
• Structural mechanics

T

• Tear resistance
• Tearing
• Tension (physics)
• Tensor derivative (continuum mechanics)
• Theoretical strength of a solid
• Thermal stress
• Thin walled beams
• Third medium contact method
• Thomsen parameters
• Tsai–Wu failure criterion

V

• Vibration fatigue
• Virial theorem
• Voigt notation

W

• Willam–Warnke yield criterion

Y

• Yeoh hyperelastic model
• Yield (engineering)
• Yield strength anomaly
• Yield surface