Predict and Improve Product Life with 3DEXPERIENCE Durability Simulation
Introduction
Fatigue and durability simulation plays a key role in reaching important business goals, lowering physical testing costs, ensuring long-term reliability, and speeding up time-to-market. Durability simulation using SIMULIA helps users to:
- Minimize expensive physical prototyping and testing.
- Lower the risk of field failures and warranty claims.
- Optimize material usage through confident lightweighting.
- Meet corporate or government lifecycle standards.
- Accelerate product launches.
Advanced Durability in the Cloud with fe-safe
Durability Performance Engineer is an advanced simulation role. It uses industry-leading fe-safe and Abaqus® technology to help SOLIDWORKS® users run complete fatigue and lifecycle simulations. This is done using high-performance computing (HPC) on the cloud-based 3DEXPERIENCE® platform.
Fe-safe is known worldwide for its advanced formulas, making sure that even complex, real-world loading situations are accurately analyzed. Not only can you run millions of fatigue cycles on the cloud, but you can also safely store your data on the platform. This makes it easy to collaborate from anywhere, on any connected device.
Predict Accurate Fatigue Life with 3DEXPERIENCE SIMULIA
Durability Performance Engineer allows you to solve a wide range of lifecycle problems using fe-safe and Abaqus solvers, which are famous for accurately predicting how long a product will last. Capabilities include:
- Run advanced strain-life and stress-life fatigue tests using fe-safe’s trusted methods.
- Analyze complex structural weak points, including weld joints, rubber materials (elastomers), and high-temperature fatigue situations.
- Run complex, multi-step scenarios to copy real-world operating environments.
- Efficiently handle massive calculations, improving simulation accuracy and extending product life.
Define, Apply, and Explore Materials via the Material calibration application process
The accuracy of a fatigue simulation depends heavily on the quality of the material data. You can easily create, share, and find tested material properties using the platform’s built-in Material Web Portal. This allows you to test out various durability situations by:
- Instantly accessing a large library of digital, tested fatigue properties for metals, plastics, and composites directly from the web portal.
- Eliminating the guesswork and cost of physical material testing by downloading ready-to-use S-N and E-N curve data.
- Ensuring consistency across your engineering team by keeping approved, high-quality material data in a single, secure cloud storage space.
Conclusion
The 3DEXPERIENCE Durability Performance Engineer role is essential for connecting advanced fatigue simulation with real-world engineering challenges. By using 3DEXPERIENCE® unified cloud platform, this role allows engineers to predict, test, and improve product lifespans with accuracy and efficiency. It makes sure that designs meet strict durability, safety, and reliability standards while speeding up development cycles. Ultimately, the Durability Performance Engineer helps deliver high-quality, long-lasting products that give companies a strong competitive edge and support their shift to modern digital engineering.
