Add to ORKGA parallel program to analyze transient finite element problems was written and implemented on a system of transputer processors. The program uses the explicit time integration algorithm which eliminates the need for equation solving, making it more suitable for parallel computations. An interprocessor communication scheme was developed for arbitrary two dimensional grid processor configurations. Several 3-D problems were analyzed on a system with a small number of processors
Very little use is made of multiple processors available on current supercomputers (computers with a...
Performance gains in computer design are quickly consumed as users seek to analyze larger problems t...
A finite element method is presented to compute time harmonic microwave fields in three dimensional...
The aim was to study the solution of transient finite element problems on the Transputer system of p...
The adaptation of a finite element program with explicit time integration to a massively parallel SI...
The finite element machine is a prototype computer designed to support parallel solutions to structu...
A brief introduction is given to the nonlinear finite element programs developed at Lawrence Livermo...
Studies on applications of the finite element approach to transonic flow calculations are reported. ...
A family of algorithms was outlined which would appear to be particularly well-suited for implementa...
The finite element method is applied for the solution of transonic potential flows through a cascade...
A package of two-dimensional graphics routines was developed to run on a transputer-based parallel p...
Some of the considerations that went into the design of the Finite Element Machine, a research async...
The development of multiprocessor simulations from a serial set of ordinary differential equations d...
Design considerations were evaluated for general purpose finite element systems to maximize performa...
A computational procedure is presented for the nonlinear dynamic analysis of unsymmetric structures ...
Very little use is made of multiple processors available on current supercomputers (computers with a...
Performance gains in computer design are quickly consumed as users seek to analyze larger problems t...
A finite element method is presented to compute time harmonic microwave fields in three dimensional...
The aim was to study the solution of transient finite element problems on the Transputer system of p...
The adaptation of a finite element program with explicit time integration to a massively parallel SI...
The finite element machine is a prototype computer designed to support parallel solutions to structu...
A brief introduction is given to the nonlinear finite element programs developed at Lawrence Livermo...
Studies on applications of the finite element approach to transonic flow calculations are reported. ...
A family of algorithms was outlined which would appear to be particularly well-suited for implementa...
The finite element method is applied for the solution of transonic potential flows through a cascade...
A package of two-dimensional graphics routines was developed to run on a transputer-based parallel p...
Some of the considerations that went into the design of the Finite Element Machine, a research async...
The development of multiprocessor simulations from a serial set of ordinary differential equations d...
Design considerations were evaluated for general purpose finite element systems to maximize performa...
A computational procedure is presented for the nonlinear dynamic analysis of unsymmetric structures ...
Very little use is made of multiple processors available on current supercomputers (computers with a...
Performance gains in computer design are quickly consumed as users seek to analyze larger problems t...
A finite element method is presented to compute time harmonic microwave fields in three dimensional...