Stress analysis of an anisotropic viscoelastic hollow cylinder
Stress analysis of anisotropic viscoelastic cylindrical shell
ANISOTROPIC SHELL↗
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Viscoelastic properties of polyvinyl acetates. III - Mechanical loss and molecular weight distribution
Viscoelastic properties of polyvinyl acetates - mechanical loss and molecular weight distribution
ACETATE↗
Measurement of normal stresses in viscoelastic materials at high shear rates
Measurement of two normal stress differences and of shearing stress of viscoelastic fluids under steady laminar flow conditions and at high rates of deformation
SHEARING STRESS↗
Phenomenological viscoelasticity of glass
Phenomenological viscoelasticity of soda-lime plate glass
GLASS↗
A symmetric formulation of the linear theory of viscoelastic materials
Symmetric formulation of linear theory of viscoelastic materials - creep compliance and stressing viscosity, retardation fluidity and relaxation modulus, and basic operators
RHEOLOGY↗
Dynamic stress waves in viscoelastic plastic bodies
Dynamic stress waves in viscoelastic plastic bodies
VISCOELASTICITY↗
Rheology of polymer melts. Viscoelastic parameters and their influence on flow under static conditions
Rheology of polymer melts - Viscoelastic parameters and their influence on flow under static conditions
VISCOELASTICITY↗
Viscoelastic properties of concentrated dispersions in a molten polymer
Dynamic, viscoelastic properties of molten polyethylene with fillers
DYNAMIC PROPERTY↗
The viscoelasticity of slime mold protoplasm
Viscoelasticity of slime mold protoplasm
VISCOELASTICITY↗
Failure criteria for viscoelastic materials Semiannual status report, 1 Jul. 1966 - 28 Feb. 1967
Fracture mechanisms for viscoelastic materials
FRACTURE MECHANICS↗
Application of computer techniques to some problems in linear viscoelasticity
Computer solutions in terms of molecular theories of linear viscoelasticity
MOLECULAR THEORY↗
An inverse for the Jaumann derivative and some applications to the rheology of viscoelastic fluids.
Inverse operation for Jaumann derivative /integration/ applied to rheological equations of state for viscoelastic fluids
VISCOELASTIC FLOW↗
Linear theory of micropolar viscoelasticity.
Viscoelasticity for micropolar solids, obtaining constitutive equations of strain and microrotation rate dependent materials
VISCOELASTIC FLOW↗
Initiation and growth of viscoelastic fracture.
Griffith initiation criterion extended to fracture initiation and growth in viscoelastic materials using energy formulation
FRACTURE MECHANICS↗
The time dependent fracture of viscoelastic materials.
Time dependent fracture of viscoelastic materials, considering defect initiation relation as approximation to crack growth history
VISCOELASTICITY↗
Experimental evaluation of viscoelastic theories.
Viscoelastic theories evaluated for ability to correlate linear dynamic data with nonlinear viscosity and normal stress data
VISCOELASTICITY↗
Effect of polar forces on the viscoelastic properties of poly/propylene oxide/.
Field-polar forces interaction effect on viscoelastic properties of polypropylene oxide, measuring dilatometric, modulus and damping constants
POLYMER CHEMISTRY↗
Constitutive Equations: Plastic and Viscoelastic Properties. (Latest citations from the Aerospace Database)
The bibliography contains citations concerning analytical techniques using constitutive equations, applied to materials under stress. The properties explored with these techniques include viscoelasticity, thermoelasticity, and plasticity. While many of the references are general as to material type, most refer to specific metals or composites, or to specific shapes, such as flat plate or spherical vessels.
VISCOELASTICITY↗