Forensic Engineering and Failure Analysis

We provide independent forensic engineering and failure analysis services to determine the root cause of equipment failures, structural damage, product defects, and operational incidents. Our investigations combine engineering analysis, material evaluation, simulation, and technical expertise to deliver objective, defensible conclusions for industry, insurance, and legal matters.

Request a Consultation

Engineering Failure Investigation Services

Engineering failures often result from a combination of design, material, manufacturing, operational, and environmental factors. Our multidisciplinary forensic engineers investigate failures using proven analytical methods, non-destructive testing, materials evaluation, and engineering simulations to identify root causes and support informed technical decisions.

Root Cause Analysis

Identify the underlying causes of structural, mechanical, and material failures through systematic engineering investigation, analytical modeling, and evidence-based evaluation.

Root Cause Analysis Consulting

Non-Destructive Testing (NDT)

Inspect components and structures using advanced non-destructive testing methods to detect hidden defects, cracks, corrosion, and material discontinuities without damaging the asset.

Non-Destructive Testing (NDT) Consulting

Industries We Support

We investigate engineering failures across critical industries where equipment reliability, structural integrity, and operational safety are essential. Our forensic engineers provide technically defensible investigations for insurance claims, litigation support, industrial incidents, and failure prevention.

Aerospace

Manufacturing & Industrial

Oil & Gas

Power, Energy & Utilities

Transportation

Government & Infrastructure

Failure Analysis Applications

Structural Failure Investigation

Investigate structural failures involving buildings, bridges, foundations, pressure vessels, and engineered systems to determine contributing factors and failure mechanisms.

Common Applications

Building failures
Bridge investigations
Structural collapse
Foundation problems
Pressure vessels
Infrastructure damage

Mechanical Failure Analysis

Determine the causes of machinery, rotating equipment, and mechanical component failures using engineering analysis, inspection, and failure mechanics.

Common Applications

Fluid film bearings
Flexible rotors
Turboexpanders
Compressors
Industrial turbines
Rotating process equipment

Material Failure Investigation

Analyze fractures, corrosion, fatigue, wear, creep, and material degradation to identify failure mechanisms and improve future component performance.

Common Applications

Fatigue cracking
Corrosion damage
Brittle fracture
Wear analysis
Material defects
Heat treatment evaluation

Product Liability Investigations

Evaluate products involved in failures, accidents, or litigation to determine whether design, manufacturing, or operational factors contributed to the incident.

Common Applications

Consumer products
Industrial equipment
Automotive components
Medical devices
Manufacturing defects
Design verification

Fire & Explosion Investigations

Investigate fire, explosion, and thermal damage events by evaluating ignition sources, equipment performance, and engineering evidence.

Common Applications

Industrial fires
Process equipment
Gas explosions
Electrical failures
Combustion incidents
Insurance investigations

Non-Destructive Testing

Perform non-invasive inspections to evaluate structural integrity, detect hidden defects, and support condition assessments without damaging critical assets.

Common Applications

Ultrasonic testing
Magnetic particle inspection
Dye penetrant testing
Visual inspection
Weld evaluation
Crack detection

Frequently Asked Questions (FAQs)

What is forensic engineering?
Forensic engineering is the investigation of failures, accidents, and incidents using engineering principles to determine how and why an event occurred.
What types of failures do you investigate?
We investigate structural failures, machinery breakdowns, product failures, material degradation, fatigue fractures, corrosion, fire and explosion incidents, and other engineering-related failures.
What is root cause analysis?
Root cause analysis is a systematic engineering process used to identify the fundamental cause of a failure rather than only addressing its symptoms.
What industries do you support?
We provide forensic engineering services for aerospace, manufacturing, oil & gas, energy, transportation, government, construction, and industrial facilities.
What is non-destructive testing (NDT)?
Non-destructive testing uses inspection techniques such as ultrasonic, magnetic particle, dye penetrant, and visual examination to evaluate components without causing damage.
Can forensic engineering support litigation?
Yes. We provide technical investigations, engineering reports, expert witness services, and evidence-based analyses to support legal disputes, insurance claims, and arbitration.
How do engineering simulations support failure investigations?
CFD, FEA, and rotordynamics simulations help reconstruct operating conditions, validate hypotheses, and explain failure mechanisms when physical testing alone is insufficient.
What information is needed to begin an investigation?
Available documentation, damaged components, photographs, maintenance records, operating conditions, inspection reports, and incident details all help support a thorough engineering investigation.

Need our Support?

Whether you need simulation, root cause analysis, technical reporting, or expert support, our team can help you move from uncertainty to defensible engineering conclusions.

Request a Consultation