Property:Software description
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O
(1) Alp - Laterally loaded pile analysis. (2) Frew, Stawal, Greta - Retaining Walls. (3) Slope, Vdisp, Tunset - Soil Movement Software. (4) Safe - Soil Structure Interaction. +
(1) GSA - Frame and finite element analysis. Steel member and reinforced concrete design. (2) ADC - Analysis and design of reinforced concrete elements. (3) AdSec - Analysis of general concrete sections for serviceability and ultimate limit states. (4) Compos - Analysis and design of simply-supported composite concrete and steel beams. +
L
(1) Geomath - parametric bridge layout and design. (2) Conspan - precast/prestressed bridge beam analysis and design. (3) RCPier - reinforced concrete substructure analysis and design. (4) Conbox - CIP reinforced or post-tensioned box girder and slab bridge design. (5) Consplice - spliced precast/prestressed bridge girder analysis and design. (6) Consys 2000 - LRFD and AASHTO Standard live load and static load analysis. +
(1) Presto - precast & prestressed concrete beam analysis and design. (2) Axsys - precast multistory column and wall panel analysis and design, (3) PC-Help -precast connection design aid. +
A
1D beam analysis program. Using Cross Hardy method, calculates moments, shears and reaction for a beam loaded by point or distributed loads. Interactive graphical user interface. +
W
2D and 3D finite element analysis program with truss, beam and plate elements. Analysis types: static, P-Delta, dynamic (frequency, response spectra analysis, time history analysis), moving load. Concrete design according to ACI and steel design according to AISC. Consists of the following 10 components: (1) WMaster - management program for WinStrudl; (2) WinFrame - enables one to define model and load in graphic mode; (3) WinEd - Windows-based text editor integrated with WinPlot; (4) WSTRUDL - structural and analysis program capable of handling 2D and 3D Truss/Frame/Plate elements for both static and dynamic problems; (5) WinPost - post processor of WSTRUDL. Generates enveloped moment and shear diagrams and is integrated into ASD, LRFD, and ACI; (6) WinPlot - graphical utility program for WinStrudl; (7) WinBeam - continuous beam program; (8) ASD - AISC allowable steel design program. Capable of doing both code check and sizing; (9) LRFD - AISC LRFD steel design program. Capable of doing both code check and sizing; (10) ACI - ACI concrete design program. Includes concrete designs of beam, column, footing, and load-moment interaction diagrams. +
F
2D and 3D frame analysis. 2D linear static, geometric nonliner static, eigenvalue and influence lines analysis. 3D linear analysis. +
B
2D stage construction analysis and design of pre/post-tensioned concrete bridges. +
2
2D3DSteel 2.1 is an AutoCAD VLX application that draws accurate steel shapes in AutoCAD 2000 through 2007. Any of the shapes available in ShapeBook can be quickly added, in 2D or 3D, to your AutoCAD drawings. +
F
3D CAD software with advanced motion simulation capabilities. Allows users to create and manipulate assemblies of 3D parts. Enables users to study mechanical dynamics. +
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3D beam and truss finite element program. +
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3D mechanical design software. +
B
S
3D steel auto detailing, AutoCad-based software for structural steel and stairs. Steel framing and anchor bolt plans, elevations, shop drawings, and reports generated in auto regime. +
R
4D static and dynamic design and analysis of concrete, steel and composite structure. Can be used to investigate any bridge type and erection sequence. Incoporates 14 international design codes. +
4
4Projects provides a comprehensive toolset for online collaboration, document control, information management. +
D
A Finite Element Differential Equations Analysis Library
deal.II is a C++ program library targeted at the computational solution of partial differential equations using adaptive finite elements. It uses state-of-the-art programming techniques to offer you a modern interface to the complex data structures and algorithms required.
The main aim of deal.II is to enable rapid development of modern finite element codes, using among other aspects adaptive meshes and a wide array of tools classes often used in finite element program. Writing such programs is a non-trivial task, and successful programs tend to become very large and complex. We believe that this is best done using a program library that frees the application programmer from aspects like grid handling and refinement, handling of degrees of freedom, input of meshes and output of results in graphics formats, and the like. Also, support for several space dimensions at once is included in a way such that programs can be written independent of the space dimension without unreasonable penalties on run-time and memory consumption.
deal.II is widely used in many academic and commercial projects. For its creation, the principal authors have received the 2007 J. H. Wilkinson Prize for Numerical Software. It is also part of the industry standard SPEC CPU 2006 benchmark suite used to determine the speed of computers and compilers, and comes pre-installed on the machines offered by the commercial Sun Grid program.
deal.II emerged from work at the Numerical Methods Group at Universität Heidelberg, Germany, which is at the forefront of adaptive finite element methods and error estimators. Its main authors presently work at Texas A&M University and the Institute of Aerodynamics and Flow Technology of the German Aerospace Center (DLR) in Braunschweig. Other contributors and several hundred users are scattered around the world. +
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A collection of the following geotechnical programs:
(1) MSheet addresses the design of sheet walls including distortions and stability for various excavation phases. The critical length is also determined.
(2) MFoundation will optimise the dimensions of foundations (with piles, on plates) for a variety of loadings.
(3) MGeoBase stores the results of soil tests to use the soil parameters and geometric soil layers for further use in MStab, MSettle, MDrill and MSeep.
(4) MStab calculates critical shear surfaces within the soil, incorporating calculated settlements.
(5) MSettle determines the settlements through creep and soil consolidation following Koppejan or advanced isotaches. Vertical drainage can be modelled. Subsoil water pressure is checked.
(6) MDrill calculates the minimal and maximum compression in horizontal pipes, in drilling liquid and drilling equipment.
(7) MSeep determines the phreatic surface and the soil pressure by soil groundwater movement. More modules for groundwater calculation (MWell) and pile foundation design (MPile). +
D
A fully automated structural steel detailing system. Build your model on the screen visually in 3D using Graphical Material Input (GMI), apply your connections, either globally or drag-and-drop, and the shop DWGs, erection DWGs, reports, and CNC files are generated automatically. +