Add to ORKGThe development of a general mathematical model and solutions of test problems to analyze large nonisothermal elasto-visco-plastic deformatisms of structures is discussed. Geometric and material type nonlinearities of higher order are present in the development of the mathematical model and in the developed solution methodology
The authors describe a theoretical model and kinematic approach suitable for the numerical analysis ...
A system of constitutive equations is proposed that describes the viscoplastic behavior of a class o...
A method of analysis for thin structures that incorporates finite strain, elastic-plastic, strain ha...
The problems of extension and shear behavior of structural elements made of carbon steel and subject...
Thermomechanical service conditions for high-temperature levels, thermal transients, and mechanical ...
The prediction of inelastic behavior of metallic materials at elevated temperatures has increased in...
Described are the mathematical model and solution methodologies for analyzing the structural respons...
A general mathematical model and solution methodologies for analyzing structural response of thin, m...
A general mathematical model and solution methodologies are being developed for analyzing structural...
Specific forms for both the Gibb's and the complementary dissipation potentials were chosen such tha...
Typical High Temperature Applications High Temperature Applications Demand High Performance Material...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
Many viscoplastic constitutive models for high temperature structural alloys are based exclusively o...
A number of viscoplastic constitutive models were developed to describe deformation behavior under c...
The authors describe a theoretical model and kinematic approach suitable for the numerical analysis ...
A system of constitutive equations is proposed that describes the viscoplastic behavior of a class o...
A method of analysis for thin structures that incorporates finite strain, elastic-plastic, strain ha...
The problems of extension and shear behavior of structural elements made of carbon steel and subject...
Thermomechanical service conditions for high-temperature levels, thermal transients, and mechanical ...
The prediction of inelastic behavior of metallic materials at elevated temperatures has increased in...
Described are the mathematical model and solution methodologies for analyzing the structural respons...
A general mathematical model and solution methodologies for analyzing structural response of thin, m...
A general mathematical model and solution methodologies are being developed for analyzing structural...
Specific forms for both the Gibb's and the complementary dissipation potentials were chosen such tha...
Typical High Temperature Applications High Temperature Applications Demand High Performance Material...
© 2015, Springer Science+Business Media New York. A method of investigating the stressed-strained st...
Due to the stringent design requirement for aerospace or nuclear structural components, considerable...
Many viscoplastic constitutive models for high temperature structural alloys are based exclusively o...
A number of viscoplastic constitutive models were developed to describe deformation behavior under c...
The authors describe a theoretical model and kinematic approach suitable for the numerical analysis ...
A system of constitutive equations is proposed that describes the viscoplastic behavior of a class o...
A method of analysis for thin structures that incorporates finite strain, elastic-plastic, strain ha...