Mixed time integration methods for transient thermal analysis of structures are studied. An efficient solution procedure for predicting the thermal behavior of aerospace vehicle structures was developed. A 2D finite element computer program incorporating these methodologies is being implemented. The performance of these mixed time finite element algorithms can then be evaluated employing the proposed example problem
This report gives a description of the work which has been undertaken during the second year of a th...
Different finite element models previously set up for thermal analysis of the space shuttle orbiter ...
A software package has been developed to transfer three-dimensional transient thermal information ac...
The computational methods used to predict and optimize the thermal structural behavior of aerospace ...
The computational methods used to predict and optimize the thermal-structural behavior of aerospace ...
The status of an effort to increase the efficiency of calculating transient temperature fields in co...
The status of an effort to increase the efficiency of calculating transient temperature fields in co...
Studies aimed at an increase in the efficiency of calculating transient temperature fields in comple...
An integrated thermal structural finite element approach for efficient coupling of transient thermal...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
A two- and three-dimensional, finite-element thermal-analysis program which handles conduction with ...
An unconditionally stable second order accurate implicit-implicit staggered procedure for the finite...
A finite element approach for efficient thermal-structural analysis of structures with thermal prote...
A one-dimensional numerical analysis of the transient thermal response of multilayer insulative syst...
This report gives a description of the work which has been undertaken during the second year of a th...
Different finite element models previously set up for thermal analysis of the space shuttle orbiter ...
A software package has been developed to transfer three-dimensional transient thermal information ac...
The computational methods used to predict and optimize the thermal structural behavior of aerospace ...
The computational methods used to predict and optimize the thermal-structural behavior of aerospace ...
The status of an effort to increase the efficiency of calculating transient temperature fields in co...
The status of an effort to increase the efficiency of calculating transient temperature fields in co...
Studies aimed at an increase in the efficiency of calculating transient temperature fields in comple...
An integrated thermal structural finite element approach for efficient coupling of transient thermal...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
An integrated thermal-structural finite element approach for efficient coupling of thermal and struc...
A two- and three-dimensional, finite-element thermal-analysis program which handles conduction with ...
An unconditionally stable second order accurate implicit-implicit staggered procedure for the finite...
A finite element approach for efficient thermal-structural analysis of structures with thermal prote...
A one-dimensional numerical analysis of the transient thermal response of multilayer insulative syst...
This report gives a description of the work which has been undertaken during the second year of a th...
Different finite element models previously set up for thermal analysis of the space shuttle orbiter ...
A software package has been developed to transfer three-dimensional transient thermal information ac...