Add to ORKGA two- and three-dimensional, finite-element thermal-analysis program which handles conduction with internal heat generation, convection, radiation, specified flux, and specified temperature boundary conditions is presented. Elements used in the program are the triangle and tetrahedron for two- and three-dimensional analysis, respectively. The theory used in the program is developed, and several sample problems demonstrating the capability and reliability of the program are presented. A guide to using the program, description of the input cards, and program listing are included
A linear flux approach is developed for a finite element thermal-structural analysis of steady state...
Computer program for solving both transient and steady-state heat transfer problems is presented. Sp...
The finite element method (FEM) is widely used in mechanical engineering, especially for space struc...
The program not only can render temperature distributions in solids subjected to various thermal bou...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
The application of the thermal analysis phase of NASTRAN in engineering is described. Some illustrat...
A finite element computer program (TAP 2) for steady-state and transient thermal analyses of convect...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
FEATS computer code uses finite element analysis to calculate steady state temperature and thermal s...
This report gives a description of the work which has been undertaken during the second year of a th...
The NASTRAN thermal analyzer (NTA) which performs large-scale unified thermo-structural analyses wit...
A software package has been developed to transfer three-dimensional transient thermal information ac...
Finite Element is a useful and effective numerical method for developing mathematical models to simu...
Computer program solves transient or steady-state heat flow problems through the concept of lumped p...
An integrated thermal structural finite element approach for efficient coupling of transient thermal...
A linear flux approach is developed for a finite element thermal-structural analysis of steady state...
Computer program for solving both transient and steady-state heat transfer problems is presented. Sp...
The finite element method (FEM) is widely used in mechanical engineering, especially for space struc...
The program not only can render temperature distributions in solids subjected to various thermal bou...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
The application of the thermal analysis phase of NASTRAN in engineering is described. Some illustrat...
A finite element computer program (TAP 2) for steady-state and transient thermal analyses of convect...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
FEATS computer code uses finite element analysis to calculate steady state temperature and thermal s...
This report gives a description of the work which has been undertaken during the second year of a th...
The NASTRAN thermal analyzer (NTA) which performs large-scale unified thermo-structural analyses wit...
A software package has been developed to transfer three-dimensional transient thermal information ac...
Finite Element is a useful and effective numerical method for developing mathematical models to simu...
Computer program solves transient or steady-state heat flow problems through the concept of lumped p...
An integrated thermal structural finite element approach for efficient coupling of transient thermal...
A linear flux approach is developed for a finite element thermal-structural analysis of steady state...
Computer program for solving both transient and steady-state heat transfer problems is presented. Sp...
The finite element method (FEM) is widely used in mechanical engineering, especially for space struc...