Analysis Services

ANSYS Analysis Consulting

Consulting on structural, thermal, modal and flow analyses with ANSYS Workbench.

Overview

We offer methodological consulting so that you can model your engineering problems numerically in ANSYS Workbench. From geometry preparation to mesh quality, from boundary conditions to convergence checks and to validating results against analytical or experimental data, we design every step together and explain the reasoning behind it.

ANSYS WorkbenchANSYS MechanicalANSYS FluentSpaceClaim

What we do in this service

  • Static structural, modal and buckling analyses
  • Steady-state and transient heat transfer analyses
  • Flow and heat transfer (CFD) analyses with ANSYS Fluent
  • Mesh independence studies and convergence checks
  • Validating results against analytical solutions or the literature

Example topics

01Determining natural frequencies of a composite beam through static and modal analysis
02Thermal analysis of a heat sink on an electronic board
03Stress analysis of a pressure vessel and safety factor assessment
04Flow and heat transfer analysis of a shell-and-tube heat exchanger

These examples illustrate the scope of the service; every project is planned around its own research question.

What you will have at the end

Analysis plan and methodological rationale
Annotated analysis and project files
Table and figure check against APA 7 or your institution's guide
Guidance notes to help you interpret your findings

Who is it for?

Students and researchers in mechanical, civil, aerospace, automotive and energy engineering

Frequently asked questions

Yes. We design the model with the node and element limits of the Student version in mind. For larger models, we recommend using your university's licence.

We assess the reliability of the results together through a mesh independence study, convergence criteria and, where possible, comparison with analytical solutions or experimental data from the literature. These steps also strengthen your methods chapter.