Add to ORKGThe principal objective of this research is to develop, test, and implement coarse-grained, parallel-processing strategies for nonlinear dynamic simulations of practical structural problems. There are contributions to four main areas: finite element modeling and analysis of rotational dynamics, numerical algorithms for parallel nonlinear solutions, automatic partitioning techniques to effect load-balancing among processors, and an integrated parallel analysis system
A piloted comparison of rigid and aeroelastic blade-element rotor models was conducted at the Crew S...
A number of parallel computational methods are developed in the present study to solve structural me...
Hlavním cílem této práce je prozkoumání možností využití paralelizace v numerických výpočtech neline...
A nonlinear structural dynamics finite element program was developed to run on a shared memory multi...
[[abstract]]In the area of crash impact, research is urgently required on the development and evalua...
Two key areas of crucial importance to the computer-based simulation of large space structures are d...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
Flexible multibody dynamics simulations have been performed sequentially on a single processor becau...
Parallel-vector algorithms are presented for solving the geometrically nonlinear structural problems...
The structural analysis methods research has several goals. One goal is to develop analysis methods ...
A computational procedure is presented for the nonlinear dynamic analysis of unsymmetric structures ...
The NASA Lewis Research Center is actively involved in the development of expert system technology t...
This research is directed toward the numerical analysis of large, three dimensional, nonlinear dynam...
The development of multiprocessor simulations from a serial set of ordinary differential equations d...
This research addresses the time history analysis of structures subjected to dynamic loads using hig...
A piloted comparison of rigid and aeroelastic blade-element rotor models was conducted at the Crew S...
A number of parallel computational methods are developed in the present study to solve structural me...
Hlavním cílem této práce je prozkoumání možností využití paralelizace v numerických výpočtech neline...
A nonlinear structural dynamics finite element program was developed to run on a shared memory multi...
[[abstract]]In the area of crash impact, research is urgently required on the development and evalua...
Two key areas of crucial importance to the computer-based simulation of large space structures are d...
This research is directed toward the analysis of large, three dimensional, nonlinear dynamic problem...
Flexible multibody dynamics simulations have been performed sequentially on a single processor becau...
Parallel-vector algorithms are presented for solving the geometrically nonlinear structural problems...
The structural analysis methods research has several goals. One goal is to develop analysis methods ...
A computational procedure is presented for the nonlinear dynamic analysis of unsymmetric structures ...
The NASA Lewis Research Center is actively involved in the development of expert system technology t...
This research is directed toward the numerical analysis of large, three dimensional, nonlinear dynam...
The development of multiprocessor simulations from a serial set of ordinary differential equations d...
This research addresses the time history analysis of structures subjected to dynamic loads using hig...
A piloted comparison of rigid and aeroelastic blade-element rotor models was conducted at the Crew S...
A number of parallel computational methods are developed in the present study to solve structural me...
Hlavním cílem této práce je prozkoumání možností využití paralelizace v numerických výpočtech neline...