Thermal Analysis

Services

Thermal Analysis

Temperature margin validation and hotspot risk reduction for reliable designs. We focus on realistic heat loads, boundary conditions, and decision-grade results.

Overview

Turn heat into controlled, validated margins

Heat loads • BC realism • Transients • Clear margins
01

Steady-state thermal

Baseline temperature fields, thermal resistance paths, and operating equilibrium.

02

Transient thermal

Warm-up, cooldown, step loads and duty cycles — time-dependent risks.

03

Hotspot identification

Critical locations, gradients and temperature-sensitive components.

04

Thermal stress inputs

Provide temperature fields and gradients for structural / fatigue assessment where required.

05

Cooling concept validation

Validate heat sinks, airflow assumptions, interfaces and insulation strategies.

06

Defensible reporting

Assumptions → loads → BCs → results → margins → engineering recommendations.

Capabilities

What we can cover

Analysis types

  • Steady-state conduction / convection / radiation (as needed)
  • Transient thermal response and duty-cycle scenarios
  • Thermal resistance networks (when appropriate for fast screening)
  • Coupled thermal-structural inputs (temperature fields for stress)
  • Interface/contact resistance considerations (where relevant)

Typical targets

  • Temperature margins vs component limits
  • Hotspot reduction and gradient control
  • Cooling concept comparison (trade-offs)
  • Transient overshoot risks during startup/step events
  • Engineering recommendations with quantified impact

Deliverables

Outputs your team can act on

Thermal report

Heat loads, BCs, assumptions, model setup, temperature results, margins and recommendations.

Margin summary

Component temperature limits, achieved margins, critical points and design sensitivities.

Design action pack

Ranked mitigation options (interfaces, insulation, cooling paths) with expected benefit.

Workflow

How we work

Step 1

Inputs & limits

Heat sources, operating points, ambient conditions and component temperature limits.

Step 2

BCs & modeling choices

Convection assumptions, radiation relevance, interface resistances and simplifications documented.

Step 3

Verification

Sensitivity checks (BCs / contact / loads) to confirm conclusions are robust.

Step 4

Results → decisions

Margin summaries, hotspot mitigation proposals and a clear sign-off recommendation.

Need to validate temperatures or eliminate hotspots?

Share operating points and constraints — we will respond with scope, timeline and deliverables.