Fatigue/Durability Analysis
Extend Product Life and Ensure Durability with Advanced Fatigue Analysis
Protect your products from premature failure due to cyclic stresses with our expert fatigue analysis services. Utilizing state-of-the-art simulation tools, we assess the durability of materials and structures under repetitive loading, helping you optimize designs for longevity and reliability.
Tools We Use
Comprehensive Fatigue Analysis for Robust Product Design
Our fatigue analysis services are essential for understanding how your products will withstand operational stresses over time. By predicting points of failure and identifying design enhancements, we enable you to make informed decisions that enhance product safety and performance.
Cyclic Load Analysis
Evaluate the effects of cyclic loads on materials and components to determine the number of cycles they can withstand before showing signs of fatigue or failure.
S-N Curve Analysis
Utilize S-N curves (stress-number of cycles) to predict fatigue life based on material properties and loading conditions, essential for designing durable components.
Crack Growth Analysis
Analyze crack initiation and growth under cyclic stress conditions to understand potential failure mechanisms and mitigate risks before they lead to structural failures.
Life Prediction and Enhancement
Provide accurate life predictions for various components under expected service conditions and recommend design or material changes to enhance durability.
Multiaxial Fatigue Evaluation
Conduct multiaxial fatigue analysis to assess how complex stress states affect component longevity, critical for components subjected to non-uniform or varying stress directions.
High-cycle and Low-cycle Fatigue Analysis
Differentiate between high-cycle fatigue (HCF) for small stress applications and low-cycle fatigue (LCF) for large stress ranges to tailor analysis and design strategies accordingly.
Our industries
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Metal Fabrication
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Machine Manufacturing
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Heavy Engineering
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Automobile Industry
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Oil & Gas Industry
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Construction
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Process Industry
CAD conversion Process
The CAD conversion process at ZetaCADD involves a meticulous approach from physical or outdated designs to accurate and editable digital CAD files.
Consultation
Our technicians consult with clients and try collecting as much information about the project.
Quotation
After the scope of the project is understood, our experts evaluate and offer a price quote.
Feedback & Reviews
To prevent any last-minute changes, Polosoft prefers to get client input at every stage.
Delivery
Final drafts are checked by our professional team of quality analysts.
Talk to Our Durability Analyst
Testimonials
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Frequent Questions
Fatigue analysis is crucial because it helps prevent failures due to repeated stress, ensuring products are safe, reliable, and capable of meeting their expected lifespan under normal usage conditions.
By identifying how and when materials might fail under repeated stress, fatigue analysis informs decisions on material selection, geometry modifications, and the need for additional reinforcements, thus optimizing the design for durability.
Industries that greatly benefit from fatigue analysis include aerospace, automotive, heavy machinery, and any sector where components are subjected to cyclic loads and durability is a critical factor.
We employ advanced CAE tools such as ANSYS, nCode DesignLife, and FE-SAFE, which specialize in fatigue analysis and offer detailed insights into material behavior and life expectancy.
Yes, our capabilities include fatigue analysis for a range of materials, from traditional metals to advanced composites and polymers, accommodating the unique properties and challenges of non-traditional materials.
Deliverables typically include detailed reports on stress analysis, fatigue life predictions, potential failure locations, and recommendations for design improvements to mitigate fatigue-related issues.