Straightforward investigation and optimization of reinforced concrete and post-tensioned beams and slabs in accordance to a variety of international design standards.
Wide Range of Projects
Easily design or evaluate existing concrete or post-tensioned beams, slabs (one and two way), waffle joists, pan joists and continuous beam frame systems.
Interactive Model Definition
Create geometry with easy-to-use model input dialogs for definition of span geometry, materials, boundary conditions, loading, analysis/design criteria, tendon/rebar information and many more.
Exhaustive Design and Reporting Capabilities
Evaluate existing slabs or quickly optimize new concrete elements for all applicable criteria while producing quantity take-offs, complete detailed reports, schedules and elevation views with rebar and tendon profiles.
Whether investigating beams or designing two-way slabs, ADAPT-PT/RC is the first choice for all post-tensioned projects.
- Straightforward and Reliable - Ease of use and a short learning curve make this the software of choice for both novice and expert users designing post-tensioned beam and slab projects.
- Robust Code Support - Design reinforced concrete and post-tensioned slab elements according to a variety of international design codes including ACI, CSA, EC and NBR standards.
- Advanced Analysis Capabilities - Utilize Equivalent Frame Method to analyze post-tensioned concrete elements while incorporating cracked deflection, losses, elongation, moment redistribution and secondary effects.
* ADAPT-PT/RC download link provides demo version of the software.
Prestressed Concrete Bridge Design
Practical analysis and design of a variety of prestressed concrete bridge structures complete with moving load generation, construction sequencing and international code support.
Fully Integrated Design for Concrete Buildings
Easily create complex geometry including single levels, ramps, and multi-story concrete structures using robust modeling tools as well as import from CAD and BIM software.
Complete Calculation of Losses in Prestressed Tendons
Easily layout tendons and calculate short and long term losses due to friction, elongation, creep, shrinkage and elastic shortening in accordance with ACI Committee 423.
Prestressing Losses in Post-Tensioned Tendon
Calculates elongations and prestress losses due to friction and anchor set of three-dimensional post-tensioned tendon.
RISA-3D is an accurate tool for creating 3D models of buildings and other beam structures.
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