DEFECTIVE CONCRETE & STEEL EVALUATION

Portfolio
Client:

ABC Construction

Category:

Material Failure

Project Start:

March 1, 2024

Location:

678 Industrial Blvd

Value:

$1,800,000

Complete at:

July 10, 2024

Project Description

We conducted a forensic investigation to evaluate the quality, integrity, and performance of concrete and steel in a high-rise construction project. Our goal was to identify material deficiencies, structural weaknesses, and industry non-compliance.

Using on-site inspections, core sampling, NDT, and lab analysis, we assessed compressive strength, reinforcement integrity, and durability. The findings revealed material inconsistencies, improper mixing ratios, and early-stage deterioration, posing structural risks. Through advanced testing and forensic engineering, we identified the root causes of defects, steel corrosion, and reinforcement failures, enabling accurate liability assessment and effective remediation.

What Was the Challenge for the Client?

The client faced significant concerns regarding premature structural deterioration, leading to safety risks and potential legal disputes. Identifying faulty concrete mix ratios, steel reinforcement failures, and compliance violations was critical in determining contractor responsibility and ensuring proper corrective actions.

Concrete Strength & Durability Defects

Analyzing improper mix design, air entrainment, and premature material failure.

Steel Corrosion & Structural Integrity

Assessing reinforcement deterioration, coating defects, and environmental impact.

Code Compliance & Quality Assurance

Evaluating adherence to industry standards, construction guidelines, and protocols.

Providing solutions from start to the end

Our forensic material analysis services provide comprehensive failure assessments, ensuring accurate identification of defects, regulatory compliance, and expert-driven corrective recommendations. By analyzing material properties, performance, and degradation factors, we help safeguard structural integrity and prevent future failures.