Add to ORKGDescribed are the mathematical model and solution methodologies for analyzing the structural response of thin, metallic elasto-viscoplastic shell structures under large thermomechanical loads and their non-isothermal buckling behavior. Among the system responses associated with these loads and conditions are snap-through, buckling, thermal buckling, and creep buckling. This geometric and material nonlinearities (of high order) can be anticipated and are considered in the model and the numerical treatment
A viscoplastic theory is developed that reduces analytically to creep theory under steady-state cond...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
A number of viscoplastic constitutive models were developed to describe deformation behavior under c...
This research is performed to develop a general mathematical model and solution methodologies for an...
A general mathematical model and solution methodologies for analyzing structural response of thin, m...
The problems of extension and shear behavior of structural elements made of carbon steel and subject...
The development of a general mathematical model and solutions of test problems to analyze large noni...
The prediction of inelastic behavior of metallic materials at elevated temperatures has increased in...
A method of analysis for the geometrically and physically nonlinear behaviour of plate and shell str...
An analytical method for the elasto/visco-plastic dynamic problems of axisymetrical thin shells subj...
The thermo mechanical buckling and post-buckling behavior of layered composite shell type structure ...
Experiments have shown that aerothermodynamical loads on thin-walled structures lead under c...
Specific forms for both the Gibb's and the complementary dissipation potentials were chosen such tha...
The object of the research reported herein was to develop a general mathematical model and solution ...
An analytical method for the elasto/visco-plastic deformation of axisymmetrical thin shells subjecte...
A viscoplastic theory is developed that reduces analytically to creep theory under steady-state cond...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
A number of viscoplastic constitutive models were developed to describe deformation behavior under c...
This research is performed to develop a general mathematical model and solution methodologies for an...
A general mathematical model and solution methodologies for analyzing structural response of thin, m...
The problems of extension and shear behavior of structural elements made of carbon steel and subject...
The development of a general mathematical model and solutions of test problems to analyze large noni...
The prediction of inelastic behavior of metallic materials at elevated temperatures has increased in...
A method of analysis for the geometrically and physically nonlinear behaviour of plate and shell str...
An analytical method for the elasto/visco-plastic dynamic problems of axisymetrical thin shells subj...
The thermo mechanical buckling and post-buckling behavior of layered composite shell type structure ...
Experiments have shown that aerothermodynamical loads on thin-walled structures lead under c...
Specific forms for both the Gibb's and the complementary dissipation potentials were chosen such tha...
The object of the research reported herein was to develop a general mathematical model and solution ...
An analytical method for the elasto/visco-plastic deformation of axisymmetrical thin shells subjecte...
A viscoplastic theory is developed that reduces analytically to creep theory under steady-state cond...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
A number of viscoplastic constitutive models were developed to describe deformation behavior under c...