Metallography

Metal Failure Analysis and Investigation

Our Failure Analysis and Investigation services uncover the causes behind metal failure, looking at what went wrong and how to prevent future issues.

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What is Failure Analysis?

If your products or components have failed, it’s important to understand why. Without proper investigation, the same issues could happen again. Not only is it costly to keep replacing products and components, but it can also risk the productivity and safety of your operations.  

Failure Investigation and Root Cause Analysis helps to identify the root cause and nature of failure. Metal fatigue failure can happen for many reasons:

  • Design flaws 
  • Material defects 
  • Operational stresses 
  • Heat treatment processes 
  • Misapplication of the component 

As a trusted advisor, our team combines deep technical knowledge and advanced product Failure Testing to deliver clear, actionable insights you can trust.

Whether you’re facing a production setback, quality issue, or safety concern, we’re here to assist you. We’ll work with you to identify underlying factors contributing to failure and help you implement effective solutions.

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Key benefits of Failure Analysis

Improve safety

Drive safety initiatives by identifying types of metal failure and mitigating risks before they can cause further issues.

Ensure legal compliance

Reduce the risk of legal action by detecting and addressing similar failures before they lead to accidents.

Streamline insurance claims

Gather the evidence you need to support insurance claims, with detailed feature and metal Failure Analysis.

Product innovation

Use insights from Failure Testing to enhance future product designs and minimise the chance of repeat failures.

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Metallurgical Failure Analysis is crucial for understanding why machines, components or raw materials fail, particularly in cases of injury or legal dispute. 

As a fully independent laboratory, we conduct in-depth root cause analysis investigation for you and your customers. We trace failures back to their root cause, helping you enhance safety and reliability. Our findings can support quality control, compliance reviews, and even legal cases if required.

 

How to prepare for a Failure Investigation  

To begin, we need details about the failure, including the part history, material type, processing technique, service conditions (temperature, pressure, humidity), exposure to chemicals, and events leading to the failure. 

 

Beginning the investigation

Once we have the necessary information, we’ll provide a quote, lead time, and instructions for sending your samples. We’ll then begin our metallurgical Failure Investigations once we receive a sufficient sample or part of the component.  

Services - Asset Reliability - Reliability Consulting

UKAS - Testing Rotech 0366

BES Group Testing Ltd are UKAS accredited to ISO/IEC 17025:2017, to carry out Chemical Tests, Corrosion Tests, Mechanical Tests, Metallurgical Tests and Weldment Tests for metals, alloys and metal products.

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Nadcap

Nadcap Accreditation Program is a rigorous and highly respected quality assurance program for the aerospace and defence industries. Our accreditation in AC7004 Aerospace Quality Systems and AC7108 Chemical Processing demonstrates our commitment to exceeding industry standards for quality and safety in aerospace manufacturing.

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Why is Failure Analysis Testing important?

Understanding the mechanisms behind metal fatigue failures is key to improving your product design, material selection, and maintenance strategies. This leads to better safety practices, reliability, and cost-efficiency.  

We investigate failure on a variety of components like bolts, welds, pipework, machinery, metal structures, or consumer products, to prevent future breakdowns and enhance performance.  

Common failures we have investigated:

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Metal fatigue: Repeated stress causing cracks and fractures in weak points like sharp corners or weld joints. 

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Corrosion failure: Exposure to harsh environments which weakens metals and leads to premature cracks.

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Stress-related cracks: Components that have exceeded their strength limits, results in metal deformation.

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Hydrogen embrittlement: Internal weakening of metals due to hydrogen exposure.

Failure Analysis and Investigation Process

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Why choose BES Group?

800+ expert
engineers

Our team of skilled engineers possesses a wealth of expertise.

A legacy of 160+ years
of experience

We’re always evolving our approach to future proof our services.

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35,000 satisfied customers

A strong reputation for providing exceptional service.

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Frequently asked questions

What do Failure Analysis Reports include?

A Failure Investigation report includes detailed explanations on the root cause and nature of failure, the tests carried out, and the data achieved from these tests.  

We ensure you can fully understand the results and know what action to take. We can help advise and make recommendations, so you have reliable solutions in place to avoid future failures. 

How long does Failure Analysis take?

The duration of a Failure Analysis varies depending on your needs. We’ll consider the complexity of the failure, resource availability, and extent of testing when organising your Failure Analysis.

Not all investigations require full testing processes, so some can be completed within a few days. Others may take several weeks or months if they require more thorough investigations.  

Once we’ve gathered all the information, our experts can tell you how long the investigation is likely to take. As always, we’ll aim to carry out our investigations with as little disruption to your operations as possible. To arrange expert Failure Analysis, get in touch with our team. 

What happens if I don’t conduct a Failure Investigation?

If a Failure Investigation is not conducted after the failure of a product or component, several critical issues may arise: 

  • Non-compliance to standards: Without a thorough investigation, it’s difficult to know whether a product or component meets international standards, which could raise concerns about its quality and safety. 
  • Legal implications: If the failure results in accidents, you could face lawsuits. Not investigating the failure could result in non-compliance with regulatory requirements and leave you at risk of lawsuits or fines. 
  • Risk to other products: The root cause of the failure might be applicable to similar products or components. Without investigating, other products with the same issue may also fail, potentially causing further problems and increasing the risk to safety. 

Failure Investigations help mitigate these risks by identifying the underlying issues, ensuring compliance with standards, and preventing future failures. 

Can Failure Analysis be used for legal or insurance purposes?

Yes, Failure Analysis can be used for legal or insurance purposes, especially in cases involving product liability, property damage, or personal injury claims.

Failure Analysis can help provide supportive documents and evidence for your claim. If needed, our experts can provide testimony and evidence in legal proceedings to help with litigation or material failure claims. 

What is Fatigue Failure in metals?

Fatigue failure in metals occurs when a material repeatedly experiences fluctuating stresses. This can create cracks that gradually grow until the metal breaks.

Mechanical Failure Analysis helps identify fatigue failure by examining the fracture surface for fatigue features. It also involves assessing the metal’s stress history and pinpointing underlying issues such as design flaws or manufacturing defects. This thorough examination helps diagnose the problem, prevent future failures, and enhance component reliability. 

What sectors benefit from Failure Investigations?

Failure Analysis is crucial across various industries to enhance safety, reliability and cost efficiency. Some key industries that use our services include: 

  • Manufacturing 
  • Construction & Infrastructure 
  • Oil & Gas 
  • Aerospace 
  • Automotive & Transportation 
  • Power Generation  
  • Medical & Healthcare 
  • Marine & Offshore 
  • Consumer Products 

What is analysis of metallurgical failures?

Metallurgical failure analysis involves investigating failed metal components to identify the reasons behind their failure. This process helps in understanding the failure mechanisms and implementing measures to prevent recurrence. 

What failure analysis methods do you use?

We use a range of destructive testing methods to determine the root cause of metal failures. Our primary methods include: 

  • Visual Inspection 
  • Chemical Analysis (ICP-OES or Spark-OES) 
  • Corrosion Testing 
  • Fractography  
  • Metallographic examinations 
  • SEM/ EDX Analysis 
  • Hardness Testing 
  • Tensile and Impact Testing 
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Did you know...

60%

of quality defects are caused by design

60%

of quality defects are caused by design

according to Accendo Reliability. By proactively understanding potential product failures, engineers can enhance safety by optimising material selection, behaviour and characteristics.

£1.1 trillion

in global losses per year due to equipment failures

£1.1 trillion

in global losses per year due to equipment failures

many of which could be prevented with failure investigations and implementing a routine NDT and destructive testing schedule, According to Senseye (2022).

90%

of mechanical failures are caused by metal fatigue

90%

of mechanical failures are caused by metal fatigue

according to the University of Toledo. Metal fatigue failure occurs under cyclic or alternating stresses, that can affect automotive parts, aircraft components, turbine blades, bridges, ships and many more critical components.

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