CASE STUDY

Multiple Site Damage

Industry
Aerospace

Multiple site damage is a challenge to aerospace manufacturers as they need to demonstrate that designs satisfy safety requirements.

Material properties of structural components often degrade over time as a result of cyclic loading, fluctuations in temperature, or corrosive environments. This degradation of material integrity may manifest itself as discrete flaws in the structure or through localized loss in the section thickness of a critical support member. Once structural damage has been discovered it is important to be able to accurately evaluate its impact on the continued safe performance of the structural components. Because structural damage is often related to fatigue, which can result in the initiation and growth of cracks, it is critical for engineers to evaluate the impact of fatigue loading on structural performance.

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Software used

Fracture & Crack Growth

Fracture & Crack Growth

BEASY Fracture & Crack Growth (FCG) is a breakthrough solution for engineers seeking precise fracture mechanics models for structural components. This innovative technology allows for damage-tolerant design assessment with accurate stress intensity factor (SIF) solutions and three-dimensional crack growth simulations, gaining vital insights into crack growth rates and shape evolution.

Corrosion & CP

Corrosion & CP

BEASY Corrosion and Cathodic Protection (CP) is a cutting-edge solution meticulously crafted to replicate the intricacies of galvanic corrosion challenges and cathodic protection strategies. Unlock the power of BEASY CP to delve into corrosion analysis and monitor the effectiveness of a chosen cathodic protection system. Suitable for both offshore and onshore fully immersed electrolyte environments.

FASST

FASST

Revolutionise stress analysis models by scanning simulation models to pinpoint potential areas of crack growth. With BEASY Defect Scanner, engineers can scan stress models and easily gain insights into estimating critical crack sizes within areas of structures and components. These simulation models provide enhanced understanding of structural integrity and allow for predictive maintenance.

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