CFD Analysis

Services

CFD Analysis

Flow and thermal-fluid simulations for performance, reliability and compliance. We focus on realistic boundary conditions, mesh independence, and decision-grade outputs.

Overview

From flow physics to actionable decisions

BC realism • Mesh strategy • Verification • Clear reporting
01

Pressure drop & flow balance

Ducts, filters, silencers, plenums: quantify losses and balance distribution.

02

Cooling performance

Fans, radiators, airflow paths and recirculation: validate margins and hotspot risks.

03

CHT (conjugate heat transfer)

Couple fluid + solid conduction when surface temperatures actually matter.

04

Transient scenarios

Startup, step loads, pulse flows: capture time-dependent behavior when steady-state is insufficient.

05

External aerodynamics

Wind effects, inlet sensitivity, and environmental robustness checks.

06

Confidence in results

Y+ strategy, mesh refinement, residual/imbalance checks and sensitivity review.

Capabilities

What we can cover

Analysis types

  • Steady-state RANS for performance and losses
  • URANS / transient (when time-dependence matters)
  • CHT (fluid + solid heat conduction)
  • Fan/radiator modeling approaches (as appropriate)
  • Parametric design iteration / optimization loops

Typical targets

  • Pressure drop / flow distribution
  • Cooling air path quality (recirculation, bypass)
  • Temperature margin and hotspot risk
  • Inlet/outlet robustness and environmental sensitivity
  • Design trade-offs with clear KPIs

Deliverables

Outputs your team can act on

Technical report

Assumptions, BCs, mesh strategy, verification checks, results, conclusions and recommendations.

Performance KPIs

ΔP breakdown, flow split, velocity uniformity, temperature maps, margins and sensitivities.

Decision pack

Design options ranked by impact with “why it works” physics and clear next steps.

Workflow

How we work

Step 1

Inputs & objectives

Define KPIs (ΔP, flow split, temperatures), operating envelope and acceptance criteria.

Step 2

BCs & modeling choices

Realistic inlets/outlets, fan/heat exchanger modeling, turbulence approach, Y+ strategy.

Step 3

Verification

Mesh refinement / independence checks and imbalance monitoring to confirm stability.

Step 4

Results → decisions

Explain the physics, quantify improvements, and recommend a design direction with confidence.

Need CFD to de-risk performance or cooling?

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