Efficient Truss System Design for Industrial Permit Approval

Key Challenges

• The initial conceptual drawings revealed joint instability due to inadequate gusset plate sizing and positioning, threatening the system’s ability to transfer loads effectively.

• Some members were overdesigned, leading to unnecessary material usage and increased structural weight.

• Accurate camber and deflection values were also missing from the inputs, requiring precise structural analysis.

• Coordinating with other design elements during the modeling process presented potential clashes that needed resolution before fabrication and construction.

Approaches and Solutions

• Gsource performed detailed load calculations, including dead, live, and environmental loads, to analyze structural behavior and ensure code compliance with AISC 360-16.

• Camber and deflection values were calculated and incorporated into the final truss design for better performance under load.

• Gusset plate designs were revised to strengthen joint stability and improve overall load transfer efficiency.

• Structural members were optimized to reduce total weight while maintaining safety and performance, resulting in cost-effective fabrication.

• A clash-free 3D model was developed, incorporating coordination checks to ensure smooth integration with adjacent structural systems.