What We Do
Thermal Assessment
Thermal assessment is used to understand how heat moves through a component, assembly or mechanical system and how temperature affects its performance.
QANTIS Engineering Group provides thermal analysis and engineering assessment to help determine temperature distributions, heat transfer behaviour and potential thermal limitations during operation.
Thermal conditions can influence far more than temperature alone. Excessive heat can affect material properties, dimensional stability, component life and the performance of surrounding systems.
Typical engineering questions include:
What temperatures will the component reach during operation?
How does heat move through the system?
Are there areas of excessive or uneven temperature?
Is the design adequately managing heat?
Could thermal expansion affect fit, alignment or performance?
Will operating temperatures affect material strength or component life?
Is additional cooling or thermal management required?
The objective is to understand the engineering consequences of the thermal environment, not simply calculate a temperature distribution.
Why This Analysis Matters
Temperature can have a significant effect on the reliability and performance of mechanical products.
A component may be structurally adequate at room temperature but behave differently when exposed to elevated or changing temperatures. Thermal gradients can also create expansion, distortion and additional stresses, particularly where components are constrained.
Thermal assessment can help engineering teams:
Identify thermal risks before they become design or reliability problems
Understand temperature distribution throughout a component or assembly
Assess thermal performance under defined operating conditions
Evaluate thermal expansion and distortion where temperature changes affect geometry
Support material selection where operating temperature influences performance
Improve thermal management through changes to geometry, materials or heat transfer paths
The important question is not simply "What is the temperature?"
It is "What does that temperature mean for the performance and integrity of the product?"
