Product failures are an unfortunate reality across all industries. However, once the initial damage is addressed, we've found that investigating a failure can provide invaluable insights for continuous improvement of both products and processes.

We offer professional, unbiased engineering reports that focus on the facts, providing reliable support in the often challenging aftermath of a failure. Additionally, we can help transform a failure into a success by analyzing what went wrong and making the necessary adjustments to create a product that surpasses previous models.

Structural analysis begins with identifying the primary load path and follows it through to the critical connection details and secondary design components. A thorough analysis and adherence to relevant design codes are essential to ensure the design is both safe and optimized.

There are also many cases that fall outside the scope of standard codes, requiring careful, experience-based analysis to get things right the first time. We bring this expertise to a wide range of applications, including commercial buildings, drilling rigs, equipment handling, transportation regulations, ground bearing pressure requirements, and seismic analysis.

Beyond just colourful visuals, the complex field of Computational Fluid Dynamics (CFD) offers valuable insights into product performance across various fluids and scenarios.

These studies reveal flow path behavior, pressure distribution, areas of high wear over time, and other fluid interactions. All of which can be used to optimize designs without the need for costly physical flow loop testing.

Our team specializes in advanced Finite Element Analysis (FEA). Sometimes, a simple static linear study is enough to quickly identify design limitations, such as stress points, displacement under load, or material optimization.

However, there are times when critical details can be overlooked with a simplified approach that relies on assumptions. With years of experience in complex non-linear studies, we can model advanced material behavior, contact interactions, and high-strain conditions. Additionally, we are equipped to incorporate thermal loads, fatigue effects, and dynamic or transient loading over time.