http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
software, hardware, capability, compatibility, applications
1 online resource (xxii, 264 pages) : illustrations, 1 portrait
Structural Analysis Systems: Software-Hardware Capability-Compatibility-Applications, Volume 3 is a practical guidebook on structural analysis systems and their applications. It provides detailed information about a specific software, its postprocessor capabilities and limitations, computer-aided design connection, and compatibility with the most common computers. Several practical examples from industry with computer and user cost are given.
Front Cover; Structural Analysis Systems: Software -- Hardware Capability -- Compatibility -- Applications; Copyright Page; International Editorial Advisory Committee; PREFACE; EDITORIAL; Table of Contents; PROGRAM DESCRIPTION TABLES; CHAPTER 1. ALSA: A HYBRID STRESS FINITE ELEMENT PROGRAM; ABSTRACT; THEORETICAL BACKGROUND; FIELD OF APPLICATION; PROGRAM DESCRIPTION; PROGRAM STRUCTURE; HARDWARE COMPATIBILITIES; EXAMPLES OF APPLICATION; REFERENCES; CHAPTER 2. BEFE: COUPLED BOUNDARY ELEMENT-FINITE ELEMENT PROGRAM; ABSTRACT; STRUCTURE OF BEFE; ANALYSING PROBLEMS WITH BEFE; CONCLUSIONS; REFERENCES.
Chapter 3. bewave: pressure wave propagation by the boundary element programabstract; theoretical background; field of application; program description; element types; program structure; hardware compatibilities; examples of application; references; chapter 4. castem: finite element system; abstract; introduction; element library; type of analysis; the principal modules and their capabilities; computer implementation; references; chapter 5. elastodynamics (2d): applications of a boundary element program; abstract; theoretical background; field of application; program description.
Hardware compatibilitiesexamples of application; references; chapter 6. femfam: finite element analysis on desktop computers using the femfam package; abstract; strategical conception and theoretical background; field of application; the comfortable femfam features; hardware compatibilities; examples of application; the potential fenfam users; femfam distribution; chapter 7. fempac: an integrated finite element system; abstract; theoretical background; fields of application; program description; hardware requirements; examples of application; potential users; references.
CHAPTER 8. FENRIS: FINITE ELEMENT NON LINEAR INTEGRATED SYSTEMABSTRACT; THEORETICAL BACKGROUND; FIELD OF APPLICATION; PROGRAM DESCRIPTION; HARDWARE COMPATIBILITIES; EXAMPLES OF APPLICATION; REFERENCES; CHAPTER 9. FIESTA: THE p-VERSION APPROACH IN FINITE ELEMENT ANALYSIS; ABSTRACT; THEORETICAL BACKGROUND; FIELD OF APPLICATION; PROGRAM DESCRIPTION; HARDWARE COMPATIBILITIES; EXAMPLES OF APPLICATION; CHAPTER 10. FLEXAN: STATIC AND DYNAMIC ANALYSIS OF UNDERWATER CABLES AND FLEXIBLE PIPES SYSTEMS; I. PROGRAM DESCRIPTION; II. THEORETICAL BACKGROUND; III. FIELD OF APPLICATION; IV. PROGRAM DESCRIPTION.
v. hardware compatibilitiesvi. example of application; references; chapter 11. lassaq: a computer program for laminated anisotropic stiffened shell analysis using quadrilateral shell finite elements; abstract; theoretical background; field of application; acknowledgements; references; chapter 12. modulef: a library of computer procedures for finite element analysis; abstract; theoretical background of the program; field of application; hardware compatibilities; examples of application; references; chapter 13. msrc-rb: 3-d elastoplastic finite element program; abstract.