GSA enables you to analyse and design a range of structural models composed of skeletal frames and two-dimensional finite elements, which makes it the perfect tool for the ever increasing demands placed upon structural engineers. Originally...

Analysis and design of studded composite beams Compos gives you so much more: Analysis and design of composite steel beams, including automatic beam and stud selection Tapering plate girders Variable slab widths and thicknesses Web penetrat...

Do you need to analyse a bridge beam for cracking under load? Or perhaps pre-stress a precast slab? Check the capacity of a pile? How about adding carbon fibre sheets to an existing concrete section to increase the strength? Or maybe design...

ADC analyses and designs reinforced concrete structural elements and sub-frames to a variety of national design codes. General features: Design to EC2, BS8110, Hong Kong, ACI 318, AS3600 and IS 456 design codes Wizards to guide you in setti...

WinABUD designs or checks a reinforced concrete abutment using the 1996 AASHTO with Interims and Revisions by Caltrans.(the code) of the California Department of Transportation. The abutment may be a spread footing (with optional key) or mu...

WinBDS analyzes or designs orthogonal bridge frames and is applicable to the majority of concrete bridges being designed today. CROSS SECTIONS may by specified by using a predefined, standard box girder superstructure shape or by adding or...

The Concrete Section Design Program (WinCSD) will perform a Design or Check of a reinforced or prestressed concrete section according to the code. The cross section may have a rectangular or flanged shape, such as a Box-Girder, I-Beam, T-Be...

WinFAD is a computer program developed to assist the bridge engineer in designing or checking spread and pile concrete footings subjected to eccentrically applied axial loads that produce biaxial bending moments. Acceptable spread footing s...

WinRECOL analyzes, designs or checks a reinforced concrete column. The program has the option to choose one of the following design specifications: CLFD = Caltrans Bridge Design Specification LFD, September 2004, with Revisions ALFD = AASHT...

WinSEISAB is an analysis tool that allows the bridge engineer to keep pace with developments in seismic design of bridges. WinSEISAB analyzes bridge structures to determine the seismic demand placed on various bridge components. The program...