Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
User's Manual for STUBBS: A Finite Element Program for Geotechnical Analysis
STUBBS is two-dimensional finite element code developed for the purpose of solving problems in geotechnical engineering. The code is capable of performing a fully coupled Biot analysis (Biot 1941) in which the partial differential equations for static equilibrium and flow continuity are solved simultaneously. The code can also handle either pure deformation or pure flow problems. The code accounts for nonlinear stress-strain behavior of soils and groundwater flow through both saturated and partially saturated soils. The program is designed to account for soil-structure interaction effects using a library of specialized elements. Thus, STUBBS has the potential to deal with soil-structure interaction, consolidation, and transient seepage problems. The program can perform analysis of problems in either plane strain or axisymmetric geometries. The computer program was written in FORTRAN77 and runs successfully on several platforms that include personal computers, engineering work stations, and mainframe computers.
User's Manual for STUBBS: A Finite Element Program for Geotechnical Analysis
STUBBS is two-dimensional finite element code developed for the purpose of solving problems in geotechnical engineering. The code is capable of performing a fully coupled Biot analysis (Biot 1941) in which the partial differential equations for static equilibrium and flow continuity are solved simultaneously. The code can also handle either pure deformation or pure flow problems. The code accounts for nonlinear stress-strain behavior of soils and groundwater flow through both saturated and partially saturated soils. The program is designed to account for soil-structure interaction effects using a library of specialized elements. Thus, STUBBS has the potential to deal with soil-structure interaction, consolidation, and transient seepage problems. The program can perform analysis of problems in either plane strain or axisymmetric geometries. The computer program was written in FORTRAN77 and runs successfully on several platforms that include personal computers, engineering work stations, and mainframe computers.
User's Manual for STUBBS: A Finite Element Program for Geotechnical Analysis
J. F. Peters (Autor:in) / R. E. Wahi (Autor:in) / R. B. Meade (Autor:in)
1997
122 pages
Report
Keine Angabe
Englisch
Soil Sciences , Soil & Rock Mechanics , Computer program documentation , Geotechnical engineering , Soil structure interactions , Stress strain relations , Data bases , Computerized simulation , User manuals , Load distribution , Water flow , Finite element analysis , Deformation , Displacement , Soil mechanics , Saturated soils , Fortran , Ground water , Partial differential equations , Embankments , Seepage , Stubbs computer program
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