Open AccessSalinas primer.
Author(s) -
Timothy Walsh,
Garth M. Reese,
Manoj Bhardwaj
Publication year - 2004
Language(s) - English
Resource type - Reports
DOI - 10.2172/974871
Subject(s) - computer science , finite element method , massively parallel , task (project management) , computation , process (computing) , modal analysis , statics , modal , software engineering , programming language , engineering , systems engineering , structural engineering , parallel computing , chemistry , physics , classical mechanics , polymer chemistry
Salinas provides a massively parallel implementation of structural dynamics finite element analysis. This capability is required for high fidelity, validated models used in modal, vibration, static and shock analysis of weapons systems. General capabilities for modal, statics and transient dynamics are provided. Salinas is similar to commercial codes like Nastran or Abaqus. It has some nonlinear capability, but excels in linear computation. It is different than the above commercial codes in that it is designed to operate efficiently in a massively parallel environment. Even for an experienced analyst, running a new finite element package can be a challenge. This little primer is intended to make part of this task easier by presenting the basic steps in a simple way. The analyst is referred to the theory manual for details of the mathematics behind the work. The User's Notes should be used for more complex inputs, and will have more details about the process (as well as many more examples). More information can be found on our web pages, 3 or 4. Finite element analysis can be deceptive. Any software can give the wrong answers if used improperly, and occasionally even when used properly. Certainly a solid background in structural mechanics is necessary to build an adequate finite element model and interpret the results. This primer should provide a quick start in answering some of the more common questions that come up in using Salinas