BUILDING FAILURE & LOAD ASSESSMENT

Portfolio
Client:

Engineering Solutions

Category:

Structural Load Analysis

Project Start:

June 5, 2024

Location:

785 Infrastructure Lane

Value:

$2,750,000

Complete at:

October 15, 2024

Project Description

We conducted a comprehensive structural failure and load assessment to evaluate the integrity of a multi-story commercial building experiencing unexpected deformations, cracking, and load redistribution issues. Our investigation aimed to identify design flaws, material deficiencies, and improper load-bearing distribution that contributed to the structural distress.

Our expert team performed on-site inspections, load testing, structural simulations, and material evaluations to assess foundation weaknesses, column and beam capacity, and environmental impact on structural loads.
Utilizing advanced engineering analysis and forensic techniques, we determined whether the structure was designed, constructed, and maintained in accordance with industry standards and safety regulations.

What Was the Challenge for the Client?

The client faced structural instability concerns that posed serious safety risks and potential financial liabilities. Identifying weak load-bearing components, overloading risks, and failure points was critical in determining remediation strategies and legal accountability.

Structural Load Distribution & Failures

Analyzing excessive loading, weak materials, and foundation instability.

Code Compliance & Safety Standards

Evaluating adherence to engineering codes, safety standards, and legal regulations.

Expert Structural Analysis & Legal Support

Providing forensic reports, structural models, and courtroom testimony.

Providing solutions from start to the end

Our building failure assessment and load analysis services help clients mitigate structural risks, ensure safety compliance, and resolve engineering disputes through expert evaluations and forensic analysis. We identify weaknesses, assess load distribution, and recommend corrective measures to enhance structural integrity.