Finite Element Analysis (FEA)

Our Finite Element Analysis (FEA) services assess Stress, Strain, Fatigue, Deflection, for plant and equipment in mines, farms, and municipal works. rang Imagineering offers specialist Finite Element Analysis (FEA) services to assess stress, strain, fatigue, and deflection in plant equipment, mobile plant, and operational infrastructure.

FEA is also used to verify the structural performance of welded frames, support brackets, equipment skids, and other components subject to mechanical loading.

Our engineers use advanced simulation software to help clients identify risks, optimise designs, and meet compliance standards.

Service Inclusions:

  • Structural stress and deflection analysis

  • Fatigue life assessment and crack growth prediction to BS7608

  • Modal and Vibration analysis

  • Pressure vessel and tank integrity modelling

  • Lifting equipment and load handling assessment

  • Dynamic and thermal analysis for operational plant

Why Choose Trang for FEA?

We specialise in practical, operationally focused analysis — not just theoretical models. Our FEA outputs are designed to be understandable by site personnel and integrate into maintenance and upgrade strategies.

We regularly perform simulation work on components that form part of broader structural assemblies, including platforms, tanks, access frames, and structural supports.

Common standards we use:

  • AS3990 - Mechanical Equipment - Steelwork

  • AS4100 - Steel Structures

  • AS1657 - Fixed platforms, walkways, stairways and ladders - Design, construction and installation

  • API650 - Welded Tanks for Oil Storage

  • API653 - Tank Inspection, Repair, Alteration, and Reconstruction

  • BS 7608 - Guide to fatigue design and assessment of steel products

  • NHVR Load Restraint

  • Piping Design to AS4041 & ASME B31.3

Colorful 3D finite element stress analysis of a mechanical component with labeled nodes and stress values in MegaPascal, scale bar on right from 0.012 to 40.
Comparative mesh diagrams showing different finite element models of a mechanical bearing with colorful grid lines and nodes.
Color-coded structural frame model for engineering analysis with beams and supports
Finite element analysis of a steel structure showing stress distribution with nodes and stress values labeled. Color gradient ranges from blue to red indicating stress levels.
Color-coded computer simulation of stress analysis on a large metallic structure, showing varying levels of stress in different areas with a color gradient from purple to red.
Yellow metal beam with multiple circular holes, part of a construction or industrial equipment, resting on a concrete floor with cracks.
Color-coded 3D simulation of a mechanical part showing stress distribution with a color scale from purple to red, indicating low to high stress regions.
A computer-generated simulation of a mechanical component showing stress distribution, with areas of high stress highlighted in red and lower stress in blue, middle part in green, pink, yellow, and purple.
Color-coded structural analysis of a mechanical frame or chassis, showing stress distribution with a rainbow scale from low (purple) to high (red)