Structural Analysis and Detailing

STAAD Advanced Concrete Design software maximize your software investment by combining the power of popular structural analysis applications with robust concrete design. (formerly RCDC).

RAM Structural System will save time and money by automating the most tedious, repetitive, and time-consuming tasks so that companies can focus on the more critical aspects of design and provide a cost-effective solution to their client.

The application provides you a complete solution for analysis, design, drafting, and documentation for steel and concrete buildings, foundations, and even individual structural components; all in compliance with your local building codes.

RAM Concept is structural software for the design of post-tensioned and reinforced concrete floors including slabs, mats, and rafts. It provides exceptional visibility into compliance, efficiency, and practicality. Design floors and foundations reliably and efficiently, saving time and money, and overcoming the most common concerns you face as a designer. The application allows you to easily design complex floor geometries and incorporate changes with ease using powerful task automation and clearly organized output.

RAM Connection is proven to increase productivity with optimized workflows and full integration of 3D design models. The application is a steel connection analysis and design software for virtually any connection type. It can easily verify connections in seconds, with comprehensive calculations, including seismic compliance.

RAM Elements help to complete your steel, concrete, cold-formed steel, timber, and masonry projects, regardless of complexity, on time and on budget. The application is a 3D structural analysis and design software that allows you to quickly perform 3D finite element analysis – of almost any type of structure or structural component. It is commonly used to design trusses, continuous beams, and frames of all types, as well as retaining walls, masonry walls, tilt-up walls, shear walls, and footings.

RAM SBeam allows you to consider skip loading, unbraced bending segment, partial composite and construction constraints to produce the optimal composite beam design solution for your clients. . It offers powerful design and comprehensive reports all within a simple, easy-to-use, interface. RAM SBeam supports the design standards of AISC 360, CAN/CSA S16, BS5950, Eurocode and AS 4100. The application is a specialized software for the design of steel beams. Model beams of many types including composite, castellated, and cellular beams

The premier finite element program for nonlinear analysis, ADINA Structures and the ADINA User Interface are used to solve the most difficult nonlinear projects, involving:

Geometric, material, and load nonlinearities
Large deformations
Contact conditions
State-of-the-Art Stress Capabilities: ADINA Structures
Take advantage of versatile and generally applicable finite elements for solids, shells, beams, trusses, pipes, and special purpose applications. Material models are provided for metals, soils and rocks, plastics, rubber, fabrics, wood, ceramics, and concrete. For the analysis of solids and structures, the analysis can be linear or highly nonlinear, static or dynamic.

Fully Automatic Mesh Generation
Conduct 2D surface meshing for shells, plated, and 2D planar elements, as well as 1D elements, such as truss, beam, and pipe.Meshing for 3D elements includes mapped meshing that generates brick, wedge, or mixed free-form tetrahedral elements, and general 3D meshing for solids and fluids.

Minimize CPU Time and Memory Requirements
Powerful solvers and element formulations enable the analysis of extremely large models with minimal CPU time and memory requirements. Deploy structural-only analyses, or use with other modules in the product suite for multi-physics applications, such as thermo-mechanical coupling or fluid-structure interaction analyses.

Analyze Multiple Element Types
Conduct linear and nonlinear analysis of solid elements (2D and 3D solid elements), structural elements (truss, beam, pipe, shell, spring, optimal shell elements, MITC3+, and MITC4+), fluid elements (2D and 3D potential-based subsonic fluid elements), acoustic elements, special purpose elements (alignment, connector, general), or user-defined elements.

Complete Pre- and Post-processing Capabilities:
Using ADINA User Interface model geometry may be directly created or imported from various CAD systems, including those that support Parasolid (NX, SolidEdge, and SolidWorks). Companies benefit from a fully interactive graphical user interface for all your modeling and post-processing tasks.