General purpose finite element computer codes that can model inelastic material behavior have been available for more than a decade. However, these codes have not been accurate enough for use in analyzing hot section engine components. To correct this problem, General Electric developed a series of nine new stand-alone computer codes for NASA. Because of the large temperature excursions associated with hot section engine components, these codes have been designed to accommodate broad variations in material behavior, including plasticity and creep. The capabilities of these computer codes are summarized
Formulations and algorithms implemented in the MHOST finite element program are discussed. The code ...
The objective of this research is to develop an analytical tool capable of economically evaluating t...
The goal is the development of an alternative stress analysis tool, distinct from the finite element...
The objective of this program is to produce a series of new computer codes that permit more accurate...
This Annual Status Report presents the results of work performed during the third year of the 3-D In...
A 3-D Inelastic Analysis Method program is described. This program consists of a series of new compu...
The objective of this program is to produce a series of new computer codes that permit more accurate...
The advantages of a newly developed code are demonstrated by comparisons of the analysis with existi...
Accomplishments are described for the 2-year program, to develop advanced 3-D inelastic structural s...
The objective is to develop analytical tools capable of economically evaluating the cyclic time depe...
Advanced 3-D inelastic structural/stress analysis methods and solution strategies for more accurate ...
A 3-D inelastic analysis methods program consists of a series of computer codes embodying a progress...
Advanced 3-D inelastic structural/stress analysis methods and solution strategies for more accurate ...
This annual status report presents the results of work performed during the fourth year of the 3-D I...
This Annual Status Report presents the results of work performed during the third year of the 3-D In...
Formulations and algorithms implemented in the MHOST finite element program are discussed. The code ...
The objective of this research is to develop an analytical tool capable of economically evaluating t...
The goal is the development of an alternative stress analysis tool, distinct from the finite element...
The objective of this program is to produce a series of new computer codes that permit more accurate...
This Annual Status Report presents the results of work performed during the third year of the 3-D In...
A 3-D Inelastic Analysis Method program is described. This program consists of a series of new compu...
The objective of this program is to produce a series of new computer codes that permit more accurate...
The advantages of a newly developed code are demonstrated by comparisons of the analysis with existi...
Accomplishments are described for the 2-year program, to develop advanced 3-D inelastic structural s...
The objective is to develop analytical tools capable of economically evaluating the cyclic time depe...
Advanced 3-D inelastic structural/stress analysis methods and solution strategies for more accurate ...
A 3-D inelastic analysis methods program consists of a series of computer codes embodying a progress...
Advanced 3-D inelastic structural/stress analysis methods and solution strategies for more accurate ...
This annual status report presents the results of work performed during the fourth year of the 3-D I...
This Annual Status Report presents the results of work performed during the third year of the 3-D In...
Formulations and algorithms implemented in the MHOST finite element program are discussed. The code ...
The objective of this research is to develop an analytical tool capable of economically evaluating t...
The goal is the development of an alternative stress analysis tool, distinct from the finite element...