Mechanical Engineering Experts in California
Failure analysis is a foundational aspect of mechanical engineering, and it serves as the key to unlocking the mysteries surrounding mechanical failures. At Garrett Forensics, our Mechanical Engineers possess the expertise required to conduct a comprehensive analysis into machinery defects and failures. These seasoned experts delve into the intricacies of mechanical systems, evaluating code compliance, safety measures, and reliability concerns in the aftermath of a mechanical failure. Through meticulous examination and testing, they provide invaluable insights into the root causes of failure, whether it be attributed to a defective component or operator negligence, shedding light on the intricate details of how and why the breakdown occurred. With wide-ranging expertise, Garrett’s Mechanical Engineers can assess such items as:
Appliances
Garrett’s experts specialize in determining the root cause of appliance failures by conducting thorough forensic investigations. They assess whether the failure was due to an inherent design flaw, improper manufacturing, incorrect installation, misuse, or lack of proper maintenance. By carefully analyzing the appliance’s components, wiring, materials, and operational history, they can pinpoint the exact part or system responsible for the failure and determine whether the issue stemmed from wear and tear, electrical malfunctions, mechanical defects, or external factors such as environmental conditions or improper usage.
Additionally, Garrett’s forensic experts utilize advanced diagnostic tools, laboratory testing, and industry standards to evaluate whether the appliance met safety regulations and manufacturer specifications. Their findings not only help in determining liability for insurance claims and litigation but also provide crucial insights for preventing future failures and improving product safety.
Plumbing Systems
Plumbing systems rely on precisely engineered mechanical components to function efficiently. When failures occur, they can result in costly property damage, operational disruptions, and insurance disputes. At Garrett Forensics, our mechanical engineers specialize in analyzing plumbing failures from a technical perspective, identifying issues related to fluid dynamics, material fatigue, pressure anomalies, and mechanical component malfunctions.
Plumbing failures often stem from mechanical system deficiencies, component malfunctions, or improper engineering design. Key factors include:
Pipe Material Fatigue and Failure – Mechanical stresses, cyclic loading, and improper material selection can cause pipes to crack or rupture over time.
Water Hammer and Pressure Surges – Sudden pressure spikes within a plumbing system can lead to joint separation, valve failure, or pipe bursts due to inadequate pressure regulation.
Pump and Valve Malfunctions – Mechanical failures in booster pumps, pressure regulators, and solenoid valves can disrupt water flow and pressure stability.
Thermal Expansion and Contraction – Heating and cooling cycles cause materials to expand and contract, leading to stress fractures, joint failures, and leaks in plumbing systems.
Seal and Gasket Degradation – Failure of elastomeric seals, O-rings, or gaskets due to chemical exposure, temperature fluctuations, or mechanical stress can lead to leaks and pressure loss.
Automotive Components/Mechanical Failures
Automotive failures can lead to serious accidents, costly repairs, and liability claims. Understanding the root cause of a mechanical failure is essential in determining responsibility, whether it stems from a manufacturing defect, wear and tear, or a sudden failure event. At Garrett Forensics, our automotive engineers specialize in forensic analysis of vehicle components and mechanical systems, helping to identify failure causes and contributing factors.
Mechanical issues in vehicles can arise from design flaws, material fatigue, improper maintenance, or unforeseen stress events. Some of the most common failures include:
Brake and Braking System Failures – Malfunctions in master cylinders, brake pads, rotors, ABS modules, and hydraulic lines can lead to reduced stopping power or total brake failure.
Suspension System Failures – Broken control arms, worn bushings, faulty struts, or misaligned steering components can cause loss of vehicle control.
Tire Failures and Blowouts – Tread separation, sidewall defects, improper inflation, or excessive wear can lead to sudden loss of traction or control.
Engine Malfunctions – Failures related to timing chains, head gaskets, fuel injection systems, or cooling components can result in overheating, stalling, or catastrophic failure.
Transmission Failures – Issues such as slipping gears, broken clutches, fluid leaks, or faulty shift solenoids can affect drivability and vehicle performance.
Power Steering and Electrical System Issues – Defects in steering racks, electronic power steering (EPS), or sensor failures can cause erratic steering behavior.
Recalls and Manufacturing Defects – Some failures may be linked to known manufacturer recalls or widespread defects, requiring an in-depth examination of part design, materials, and failure history.
Elevator/Escalator
Garrett’s Engineering Experts are often asked to review documents and perform site inspections to determine what may have led to an injury on an elevator or escalator. As part of their review, it can be determined if proper service and maintenance had been performed prior to the accident and/or, if the costs involved in the repair of the elevator or escalator were in-line with industry standards.
Medical Equipment
Garrett’s team of experts possesses the capability to discern, explore, and assess safety concerns and malfunctions associated with machinery implicated in accidents. This involves a comprehensive examination of factors such as equipment design, operational manuals and guidelines, safety mechanisms, and other relevant information pertaining to the proper and secure operation of the machinery in question. Furthermore, they are proficient in pinpointing the root cause of the malfunction, determining whether it stemmed from factors like flawed design and utilization, stress-induced component fatigue, or insufficient maintenance and training.
Metallurgy Testing
Garrett’s Metalllurgy Experts examine evidence of metal/plastic failures, down to microscopic levels, to determine the cause(s) of a failure. Their investigations include examining the metal/plastic itself as well as its properties, the failed item’s processing and use to reveal if long-term cracking/damage or a single-event failure was a primary contributor to the failure.
Safety and Code Compliance
Garrett’s Safety and Code Compliance Experts assist on code compliance and safety issues at construction sites and workplaces to determine what procedures should have been followed to prevent accidents. They also look for potential hazards by inspecting facilities, machinery, and safety equipment to make sure that they meet safety requirements.
