| ||Format||Pages||Price|| |
|PDF (196K)||12||$25||  ADD TO CART|
|Complete Source PDF (4.1M)||272||$55||  ADD TO CART|
Cite this document
The effect on modulus change due to temperature on the stress-strain response of a glass fiber reinforced composite is discussed. Operationally simple constitutive equations for stress and strain computation while material temperature is transient are presented; these equations employ stress, internal specimen time, coefficient of thermal expansion, and measured material constants to determine the stress-strain response of fiberglass composites. Formulation of generalized constitutive equations to particular stress temperature histories is adduced and experimentally verified.
total strain, thermal strain, constitutive, internal time, temperature-shifted real time, internal variable, viscoelastic strain, creep compliance, relaxation modulus, apparent modulus, slope of stress-strain curve, coefficient of free thermal expansion
Director of Mechanical Engineering, Packer Engineering Associates, Naperville, Ill.