Category:Continuum mechanics

A

• Acoustical engineers (10 C, 3 P)

C

• Convection (1 C, 33 P)

F

• Fluid dynamics (26 C, 656 P)
• Fluid mechanics (11 C, 174 P)
• Fracture mechanics (1 C, 74 P)

R

• Rheology (1 C, 32 P)
• Rigid bodies mechanics (2 C, 10 P)

S

• Shock waves (22 P)
• Solid mechanics (10 C, 137 P)
• State functions (4 C, 14 P)

T

• Temperature (14 C, 71 P)
• Thermodynamic processes (4 C, 34 P)
• Thermodynamics (20 C, 248 P)
• Transport phenomena (4 C, 58 P)

U

• Units of flow (12 P)

V

• Viscoelasticity (2 P)

• Continuum mechanics

A

• Alternative stress measures
• Arruda–Boyce model
• Averaged Lagrangian

B

• Balance of angular momentum
• Bending moment
• Bending of plates
• Bending stiffness
• Betti's theorem
• Biaxial tensile testing
• Bimoment
• Birch–Murnaghan equation of state
• Brinkman number
• Brittleness
• Bulk temperature
• Burnett equations

C

• Cauchy elastic material
• Cauchy momentum equation
• Cauchy number
• Cauchy stress tensor
• Clapeyron's theorem
• Clausius–Duhem inequality
• Collapsible flow
• Compatibility (mechanics)
• Compression (physics)
• Configurational mechanics
• Control volume
• Convective momentum transport
• Creep and shrinkage of concrete
• Critical resolved shear stress
• Crystal plasticity

D

• Damage mechanics
• Deformation (physics)
• Strain (mechanics)
• Digital image correlation and tracking
• Dilatant
• Dislocation creep
• Displacement field (mechanics)
• Drucker stability
• Ductility
• Dynamic fluid film equations
• Dynamic substructuring

E

• Eckert number
• Eigenstrain
• Elastic instability
• Elastica theory
• Elasticity tensor
• Ensemble (fluid mechanics)
• Enstrophy
• Eshelby's inclusion
• Extended finite element method

F

• FEATool Multiphysics
• FIDYST
• Finite element method
• Dynamic design analysis method
• Finite strain theory
• Flexural strength
• Flow conditioning
• Flow plasticity theory
• Flow process
• Flow velocity
• Fluid dynamics
• Fluid parcel
• Föppl–von Kármán equations
• Force lines

G

• Generalized Lagrangian mean
• Gent hyperelastic model
• Glen–Nye flow law

H

• Halpin–Tsai model
• Hu–Washizu principle
• Hydrostatic stress
• Hyperelastic material
• Hypoelastic material

I

• Impulse excitation technique
• Infinite element method
• Izod impact strength test

J

• JWL equation of state

K

• Kirchhoff–Love plate theory

L

• Lateral strain
• Levy–Mises equations
• Limit load (physics)
• Loubignac iteration
• Lumped damage mechanics

M

• Materials with memory
• Membrane theory of shells
• Mesophase
• Mie–Grüneisen equation of state
• Reissner-Mindlin plate theory
• Mooney–Rivlin solid
• Murnaghan equation of state

N

• Neo-Hookean solid
• Newtonian material
• Non-Newtonian fluid
• Normal strain

O

• Objective stress rate
• Ogden hyperelastic model
• Ogden–Roxburgh model
• Okubo–Weiss parameter
• One-way wave equation
• OpenFOAM
• OpenLB
• Orthotropic material

P

• Peridynamics
• Piola transformation
• Plane strain compression test
• Plastic limit theorems
• Plate theory
• Polynomial hyperelastic model
• Poromechanics
• Proper orthogonal decomposition
• Pure shear

R

• Rankine–Hugoniot conditions
• Ratcheting
• Representative elementary volume
• Residual stress
• Reversibly assembled cellular composite materials
• Reynolds transport theorem
• Rheometry
• Rock mass plasticity

S

• Second polar moment of area
• Seismic metamaterial
• Shakedown (continuum mechanics)
• Shear (mechanics)
• Shear and moment diagram
• Shear rate
• Shear strain
• Shear stress
• Shear thinning
• Shearing (physics)
• Signorini problem
• Simple shear
• Size effect on structural strength
• Smoothed finite element method
• Soft tissue
• Solid mechanics
• State function
• Static fatigue
• Stiffness
• Strain energy density function
• Strain-rate tensor
• Stream function
• Streamlines, streaklines, and pathlines
• Stress resultants
• Stress space
• Stress triaxiality
• Structural fracture mechanics

T

• Theorem of corresponding states
• Theorem of three moments
• Theory of tides
• Thermal fluids
• Thermomagnetic convection
• Thixotropy
• Timoshenko–Ehrenfest beam theory
• Torsion constant
• Toughness
• Trajectory (fluid mechanics)

V

• Variational asymptotic method
• Velocity gradient
• Velocity potential
• Vibrating plate
• Vibration of plates
• Virial stress
• Viscoelasticity
• Viscoplasticity
• Vorticity

W

• Wave action (continuum mechanics)

Y

• Yeoh hyperelastic model
• Yield surface