General-purpose 3-Dimensional Dynamic Analysis Program for Civil Engineering and Architectural Use
- Pamphlet Download
A Wide Range of Applications, covering Modeling, Analysis and Visualization
- ■Many element groups specializing in engineering and construction are supported by material nonlinear models.
- ■Exclusive elements for civil engineering and architectural fields, including a variety of material nonlinear models.
- ■High-quality pre-posts integrated with TDAP III are applicable to wave processing and visualization. Available as an independent general-purpose tool.
- ■Widespread use among customers, including research institutes, universities, construction companies, design offices and consultants.
- ■High reliability with proven achievements High-speed processing
For 2-dimensional bridge structure models (degree of freedom:400), 5000 steps of nonlinear dynamic analysis can be processed within less than 7 seconds, using 1.8 GHz Pentium4 processor. For 3-dimensional models (degree of freedom: 2600, ArkFemView Sample), 5000 steps of quake-free nonlinear dynamic analysis can be processed within about 5 minutes.
Windows Version
Frequently implemented and easy to use functions. Complete integration of modeling, analyzing, printout and visualization. Only necessary functions can be purchased.
Windows Version Options
- Functional Options
- 1. Basics (linear static analysis and eigen value analysis)
- 2. Response spectrum method
- 3. Mode superposition method*
- 4. Nonlinear static analysis, including stage construction analysis
- 5. Nonlinear time history response analysis*
- 6. Complex response analysis*
- * Including "Output of multi-wave averaging" function
Size Options
- Applicable Nodal Points
- 1. Standard version ( 2-dimensional about 3000, 3-dimensional about 1000 )
- 2. Advanced version ( 2-dimensional about 10000, 3-dimensional about 2000 )
- 3. Large version(in case of 1750MB)
( 2-dimensional about 40000, 3-dimensional about 8000 )
Element Options
- 1. Frame elements (2- and 3-dimensional beams, spring, multi-spring, damper, truss, chord, and compound nodal spring)
- 2. FEM elements (hexahedral element, plane strain, plane stress, shell. plate bending. joint, bottom and side ground boundaries, axisymmetrical solid, axisymmetrical shell, and user-defined element)
Batch Version
- Data in text files are processed from command line.
- All functions of TDAP III are available for higher flexible analysis.
- Windows version data is applicable.
- Applicable to different platforms, including PC, EWS and supercomputer.
- *ArkFemView is a software developed by ARK INFORMATION SYSTEMS, INC. under the auspices of Information-technology Promotion Agency(IPA), Japan.
- *ArkLisa is a software developed originally by Central Research Institute of Electric Power Industry (CRIEPl), and tailored to TDAP III by ARK INFORMATION SYSTEMS, INC.
- *ArkQuake, ArkWave and ArkPlotView are products of ARK INFORMATION SYSTEMS, INC.
- *Windows NT and Windows are trade marks of Microsoft Corp.
- *Pentium is a trade mark of the Intel Corp.
- Developer of TDAP III and FDAP III:
- TAlSEI CORPORATION / ARK INFORMATION SYSTEMS, INC.
- Distributor/Technical Support:
- ARK INFORMATION SYSTEMS, INC.
- Contact At :
- URL : http://www.ark-info-sys.co.jp
- e-mail : tdap@ark-info-sys.co.jp