Engineering Forensics

Overview

Our state-of-the-art laboratories are equipped with advanced analytical technologies designed to support accurate and reliable investigations. We offer a comprehensive range of services including Scanning Electron Microscopy with Energy Dispersive X-ray Spectroscopy (SEM/EDX), high-resolution optical microscopy, X-ray imaging, and Fourier Transform Infrared Spectroscopy (FTIR) for precise material identification. Additional capabilities such as cross-sectioning and contamination analysis enable our experts to examine materials at micro and nano scales, delivering critical insights for a wide range of forensic applications.

We Specialise In:

SEM /EDX

The uniform degradation of a material's surface, often due to prolonged exposure to moisture, chemicals, or environmental conditions. In forensic investigations, we assess the extent and cause of corrosion to determine whether it contributed to a structural or mechanical failure, supporting legal or insurance-related evaluations.

Microscopy

(SCC) occurs when a material cracks due to the combined effects of tensile stress and a corrosive environment. In forensic investigations, we identify the presence and cause of SCC to determine how it contributed to component failure, often highlighting issues with material selection, design, or operating conditions.

X-Ray

This occurs when fluid flow causes mechanical wear and accelerates corrosion on a material’s surface, often in pipes or fittings. In forensic investigations, we examine flow patterns, material properties, and environmental conditions to determine how erosion corrosion contributed to system failure or leakage.

FTIR (material identification)

A highly localised form of attack that creates small, deep cavities on a material's surface, often leading to unexpected leaks or failures. In forensic investigations, we assess the cause and progression of pitting to determine whether it resulted from environmental exposure, poor maintenance, or material vulnerability.

Cross-Sectioning

(MIC) occurs when bacteria or other microorganisms accelerate the breakdown of metals, often in damp or low-oxygen environments. In forensic investigations, we identify the presence of microbial activity and assess its role in material degradation, helping determine the cause of failure and contributing environmental factors.

Contamination identification

This occurs when polymers break down due to environmental factors such as UV exposure, chemical attack, or prolonged stress. In forensic investigations, we analyse the type and extent of degradation to determine whether it contributed to a failure, helping identify issues with material selection, usage conditions, or manufacturing defects.

Our Laboratories

Overview

We Specialise In:

SEM /EDX

Microscopy

X-Ray

FTIR (material identification)

Cross-Sectioning

Contamination identification

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