Download Oasys GSA Suite 10.2.13.72 Free Full Activated

Free download Oasys GSA Suite 10.2.13.72 full version standalone offline installer for Windows PC,

Oasys GSA Suite Overview

With Oasys GSA, you can analyze the structural design of any structure that needs to be iterated through many cycles of geometry definition, internal force analysis, and code design. GSA gives engineers versatile analysis and design software that integrates well within traditional and parametric workflows. Why should I buy it? Engineers who analyze and design anything from small structures to complex buildings use Oasys GSA. With a wide range of analysis options, including a model debugging stability analysis, modal analysis, linear buckling, footfall vibration analysis, detailed nonlinear analysis, and form-finding capabilities to meet the demands of any project, GSA allows the user to manipulate and check the model. Bidirectional interoperability with many industry-standard software packages, including Revit and Grasshopper, allows the software to work seamlessly with traditional and parametric workflows. APIs connect to developers' scripts. With GSA, versatile design capabilities such as slab bending and axial reinforcement can be calculated for any geometric shape (even curved slabs) with rebar oriented at any angle in the plane of the slab or steel design checks (including automatic unbraced length calculations). Optimization can be carried out for various section profiles and codes. A customizable set of saved graphical outputs can be directed to calculation packages.

Features of Oasys GSA Suite

Oasys GSA provides a simple and advanced structural analysis of any structure
Enables steel frame and concrete slab design to many design codes
It integrates with Revit, Grasshopper, LS-DYNA, OpenSees, and IDEAStatiCa
Generate the organic geometry for compression-only structures such as grid shells and slender arches
Powerful dynamic relaxation non-linear solver to form a finding using soap film
Force density and structural properties to find the optimum structural arrangement