GT STRUDLŽ
GT STRUDL is a Computer-Aided Structural Engineering Software System (Windows 7/VISTA/XP/2000) for finite element analysis and structural design. GTSTRUDL completely integrates graphical modeling of finite element and framed structures, structural design of steel and reinforced concrete structures, and structural database management into a powerful menu-driven information processing system. Analysis includes both linear and non-linear static and dynamic;analyses. Use Dynamic analysis to solve transient, response spectrum, steady-state and harmonic analyses. Nonlinear Analysis includes the ability to solve cable-stayed structures, tension and compression only members, geometric nonlinear frame structures, and nonlinear spring supports.
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English
Supported Technologies
Windows XP/2000/NT
Software
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Pricing
Users (# of seats)
$3050 to $5950
casec@ce.gatech.edu
404-894-2260
Licensed directly from Georgia Tech - Case Center or authorized Distributors (Worldwide)
Resources
Additional Product Information
GT STRUDLŽ
Computer-Aided Structural Engineering Software System, (Windows 7/VISTA/XP/2000) for finite element analysis and structural design. GT STRUDL completely integrates graphical modeling of finite element and framed structures, structural design of steel and reinforced concrete structures (ACI 318-05), and structural database management into a powerful menu-driven information processing system. ANALYSIS includes both linear and non-linear static and dynamic analyses. Use DYNAMIC ANALYSIS to solve transient response spectrum, steady-state and harmonic analyses. NONLINEAR ANALYSIS includes the ability to solve cable-stayed structures, tension and compression only members, geometric nonlinear frame structures, and nonlinear spring supports. GT STRUDL provides the engineer with maximum flexibility of design. The general STEEL DESIGN features are steel member design and code checking procedures, which include member selection from a wide variety of section tables, conformity to a number of different AISC 13th Edition steel design code specifications. Steel Design Codes include: AISC ASD and LRFD, BSI ASD and Limit States Design, Eurocode, CISC, ASCE Transmission Tower, and the ASME support structure (NF) codes including weld design. Over 70 design parameters may be specified by the engineer in order to guide the design process. Effective length factors (KY and KZ) may be computed automatically. Geometric constraint processing, including relational constraints, may be imposed by the engineer. Member selection and checking procedures will check all imposed geometric constraints in addition to all applicable design code specifications. Member sizes may be smoothed out in order to satisfy additional design requirements such as reduction fabrication cost and complexity of erection. A broad range of detailed design and check computations may be summarized and output upon request of the engineer. The total weight and volume of steel may be computed.