RISA-3D can be used to model the effects of rotating machinery on their support structures. In the model below, we have a structure which is to support a piece of rotating machinery.
A question that we are asked from time to time in technical support is “why is my required force higher than what is reported in my force diagrams”. For instance, in the detail report below we can see that the maximum moment about the member’s weak axis is 28.9 k-ft. However, the required weak axis...
Feature ADAPT-PT/RC ADAPT-Builder Desired Use — Preliminary Sizing X — Full 3D Building X — Investigation X X Geometry — Regular X X — Complex X Design Capabilities — Lateral Loading X — Foundations X Integration — Autodesk Revit X — CSi ETABS X
The new RISACalc allows users to analyze single members (beams and columns) of all materials: hot rolled steel, wood, concrete, cold formed steel, aluminum, and stainless steel. The intuitive interface makes it easy to set up your model, apply loads, and view results.
RISA is excited to announce the acquisition of ADAPT Corporation. Over the past 30 years, both RISA and ADAPT have focused on developing best in class solutions that directly respond to the needs of our customers and the market, while also maintaining the highest level of customer support. As a...
The release of the RISA-Tekla Link v10 introduces compatibility with Tekla Structures V2020. This update of the link includes the following features as well as other enhancements:
Industrial Structures are generally designed to fulfill a specific function within an industry or to support equipment, raw materials, or communication lines. These structures present complex challenges to structural engineers due to their narrow scope, size and requirement for efficiency in...
Learn how to load and design individual beam and column concrete members in RISACalc.
Learn how to load and design individual beam and column aluminum members in RISACalc.
