Finite Element Analysis (FEA)
By using mathematical models for engineering simulation, finite element analysis (FEA) is used as a tool to support structural integrity investigations and allow any remedial work or new design to be verified prior to physical implementations.
Why Is Finite Element Analysis (FEA) Important?
Finite Element Analysis is a critical step in ensuring your design is both practical and reliable before implementation. It minimises downtime, reduces costs, and improves project success.
Eliminates Trial & Error
Reduce guesswork during installation with accurate pre-analysis and testing simulations.
Accelerates Lead Times
Speed up the path to market by identifying problems early and streamlining development cycles.
Validates Feasibility
Ensure your design is practical and viable under real-world loads, stress, and fatigue.
How Can We Help?
At AVT Reliability®, we combine advanced FEA modelling with real-world physical testing to deliver accurate and reliable data. This hybrid approach eliminates costly trial-and-error methods and ensures confidence in your structural designs.
Accurate Diagnostics
Compare physical measurements with FEA simulations for a precise diagnosis and structural insight.
Static structural analysis (linear and non-linear)
Modal and harmonic analysis
Thermal analysis
Design Confidence
We apply FEA both prospectively and retrospectively to ensure designs are validated, efficient, and compliant.
New design development
Modifying existing designs
Ensuring code compliance
Troubleshooting issues
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Escalation Model for Existing Structures
1. Measure & Diagnose
Identify the root cause of the problem, evaluating potential structural issues and applying simple corrective measures when possible.
2. Visualise
Use advanced tools like ODS, EMA, or motion amplification to analyse complex behaviours and highlight problem areas visually.
3. Simulate
Leverage finite element analysis to simulate real-world performance scenarios and test solutions without interrupting operations.
Key Applications of FEA
Static Analysis
Evaluate the structural integrity under consistent loads.
Modal & Harmonic
Understand how systems respond to vibrational inputs.
Thermal Analysis
Simulate heat distribution and thermal effects on structures.
Ready to get Started
Use the form below to contact our team and find out more about our services.
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