Celebrating 20 Years In Business
Turnell Corp — homeLeadership In
Engineering

Simulation & Analysis

Finite Element Analysis (FEA)

Evaluate equipment response to mechanical and thermal loads, including displacement, stresses, and thermal expansion.

Total deformation under steady-state thermal loading.
Total deformation under steady-state thermal loading.

See An Example

The example below shows total deformation caused by steady-state thermal expansion. It illustrates why movement, clearances, and support conditions matter when reviewing hot equipment.

View the thermal-expansion animation ↓

Engineering Questions We Help Answer

  • How much does equipment expand at its operating temperature?
  • Where do supports and restraints concentrate loads or limit movement?
  • How do changes in geometry, thickness, or support arrangements affect the result?

Information Needed For The Assessment

Equipment geometry, materials, temperature conditions, pressure and other loads, support details, and the operating cases to evaluate.

What The Study Delivers

Documented assumptions, result plots, comparison of agreed load cases or design alternatives, and recommendations for equipment details and support arrangements. Acceptance criteria are defined for the scope of each study.

FEA Example: Steady-State Thermal Expansion

Total deformation under steady-state thermal loading. The animation visualizes a steady-state displacement result; playback time does not represent a heating or vibration cycle. Total deformation is displacement magnitude, not stress. Use the result legend for values; displayed motion may be amplified.

Discuss Your Plant Or Equipment Challenge

Describe the equipment, operating concern, and improvement you want to evaluate.

Contact Turnell Corp