The program not only can render temperature distributions in solids subjected to various thermal boundary conditions, including effects of diffuse-gray thermal radiation, but is fully compatible in capacity and in the finite-element model representation with that of its structural counterpart in the NASTRAN system. The development history of the finite-element approach for determining temperatures is summarized. The scope of analysis capability, program structure, features, and limitations are given with the objective of providing NASTRAN users with an overall veiw of the NASTRAN thermal analyzer
Techniques for the computation of heat transfer and associated phenomena in complex structures are e...
The general application of finite element methodology and the specific application of NASTRAN to a w...
The program for automatic finite element calculations (PAFEC) developed for the computation of heat ...
The NASTRAN thermal analyzer (NTA) which performs large-scale unified thermo-structural analyses wit...
The application of the thermal analysis phase of NASTRAN in engineering is described. Some illustrat...
The NASTRAN Thermal Analyzer Manual describes the fundamental and theoretical treatment of the finit...
A two- and three-dimensional, finite-element thermal-analysis program which handles conduction with ...
A sample problem library containing 20 problems covering most facets of Nastran Thermal Analyzer mod...
Eight alternative modeling techniques to specify prescribed temperature at grid or scalar points for...
The development of a thermal and structural model for a hypersonic wing test structure using the NAS...
This paper describes the interface/integration between FEM/SINDA, a general purpose geometry driven ...
A software package has been developed to transfer three-dimensional transient thermal information ac...
Computer program solves transient or steady-state heat flow problems through the concept of lumped p...
The SPAR thermal analyzer, a system of finite-element processors for performing steady-state and tra...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
Techniques for the computation of heat transfer and associated phenomena in complex structures are e...
The general application of finite element methodology and the specific application of NASTRAN to a w...
The program for automatic finite element calculations (PAFEC) developed for the computation of heat ...
The NASTRAN thermal analyzer (NTA) which performs large-scale unified thermo-structural analyses wit...
The application of the thermal analysis phase of NASTRAN in engineering is described. Some illustrat...
The NASTRAN Thermal Analyzer Manual describes the fundamental and theoretical treatment of the finit...
A two- and three-dimensional, finite-element thermal-analysis program which handles conduction with ...
A sample problem library containing 20 problems covering most facets of Nastran Thermal Analyzer mod...
Eight alternative modeling techniques to specify prescribed temperature at grid or scalar points for...
The development of a thermal and structural model for a hypersonic wing test structure using the NAS...
This paper describes the interface/integration between FEM/SINDA, a general purpose geometry driven ...
A software package has been developed to transfer three-dimensional transient thermal information ac...
Computer program solves transient or steady-state heat flow problems through the concept of lumped p...
The SPAR thermal analyzer, a system of finite-element processors for performing steady-state and tra...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
Techniques for the computation of heat transfer and associated phenomena in complex structures are e...
The general application of finite element methodology and the specific application of NASTRAN to a w...
The program for automatic finite element calculations (PAFEC) developed for the computation of heat ...