S. K. Ghosh Associates LLC
Who we are
S. K. Ghosh Associates serves as a premier technical resource on structural codes and standards. We provide seismic and code-related consulting services to agencies involved in the design and construction of buildings and other structures that are impacted by the provisions of building codes through publications, seminars, peer reviews, research projects, computer programs, and code interpretations.
We provide seismic and code-related consulting services to engineers, businesses, trade associations, code-writing bodies, and governmental agencies involved in the design and construction of buildings and other structures that are impacted by the provisions of building codes.
Technical support is provided through publications, seminars, peer reviews, research projects, computer programs, code interpretations and comparisons.
Support for SKGA products and webinars is just a click or phone call away. Some of our common technical questions are answered on our blog, but you can also contact our staff:
Tuesday, November 26 2019
Calculation of Design Wind Loads per ASCE 7-16 Using Wind Simple V2.0
Tuesday, December 03 2019
Significant Wood Design and Construction Changes to the 2018 IBC and NDS
Thursday, December 05 2019
Design for Fire Resistance Using the International Building Code
Tuesday, December 10 2019
Engineered Masonry Veneers
Thursday, December 12 2019
Mass Timber Structural Design: Engineering Modern Timber Structures
RTWall - Design of Concrete and Masonry Retaining Walls
RTWall is an easy-to-use computer program for analyzing masonry and reinforced concrete cantilever and restrained retaining walls. RTWall checks the wall and footing for strength and stability under...
PT Designer - Design of Post-Tensioned Concrete Floors
Significant Changes to the Minimum Design Load Provisions of ASCE 7-16 - An Illustrated Guide
Significant Changes to the Design Load Provisions of ASCE 7-16 reviews the significant changes to the minimum design load requirements of the newest edition of Minimum Design Loads and Associated Crit...