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Thermal Analysis
We use Finite Element Analysis (FEA) to evaluate heat transfer, temperature distribution, thermal expansion, and thermal stresses in engineering components and systems. Our thermal simulations help improve product reliability, optimize cooling strategies, and prevent temperature-related failures under real operating conditions.
What We Analyze
Our thermal analyses predict how temperature affects structural performance, material behavior, and component reliability, enabling engineers to optimize designs before physical testing.
Temperature Distribution
Heat Transfer
Thermal Expansion
Thermal Stress
Steady-State Analysis
Transient Thermal Analysis
Why
Thermal Analysis?
Temperature plays a critical role in the performance and durability of engineering systems. Thermal FEA enables engineers to predict heat transfer, thermal stresses, and expansion before physical testing, reducing development costs while improving safety, reliability, and long-term performance.
Applications
- Thermal Stress Analysis
- Heat Transfer Simulation
- Electronics & Battery Cooling
- Thermal Expansion & Deformation
- Product Design Optimization
- Failure Investigation
Thermal Stress Analysis
Evaluate thermal stresses caused by temperature gradients and constrained expansion to improve structural reliability and reduce the risk of cracking or distortion.
Common Applications
- High-temperature equipment
- Pressure vessels
- Industrial machinery
- Welded assemblies
- Power systems
- Mechanical components
Heat Transfer Simulation
Analyze conductive, convective, and radiative heat transfer to improve thermal performance and optimize engineering designs.
Common Applications
- Heat exchangers
- Thermal insulation
- Industrial equipment
- Electronic enclosures
- Process equipment
- Energy systems
Electronics & Battery Cooling
Evaluate temperature distribution and heat dissipation within electronic devices and battery systems to improve reliability and prevent overheating.
Common Applications
- Power electronics
- Battery packs
- Circuit boards
- Electric motors
- Electronic enclosures
- Energy storage systems
Thermal Expansion & Deformation
Predict dimensional changes caused by temperature variations to ensure proper fit, alignment, and structural integrity throughout the operating cycle.
Common Applications
- Precision assemblies
- Mechanical joints
- Turbomachinery
- Manufacturing equipment
- Aerospace components
- Industrial structures
Product Design Validation
Optimize thermal performance early in product development by evaluating heat flow, temperature distribution, and cooling effectiveness before manufacturing.
Common Applications
- Product development
- Thermal optimization
- Material selection
- Cooling system design
- Lightweight products
- Prototype validation
Failure Investigation
Use thermal FEA to investigate overheating, thermal fatigue, excessive expansion, and temperature-induced failures to support engineering investigations and root cause analysis.
Common Applications
- Overheating failures
- Thermal cracking
- Distortion analysis
- Heat damage
- Material degradation
- Root cause investigations