Consulting and Implementation Services in Numerical Simulations
Many companies have discovered that pilot projects are an excellent way to evaluate the usefulness of engineering software tools. At TechSim, we leverage our extensive experience in technical consulting to streamline this process, offering tailored service packages designed to meet your needs.
1. Initial Consultation:
Analysis of your needs and goals. Recommendation of the best simulation tools and methods.
2. Pilot Project Support:
Development of small-scale projects to demonstrate software capabilities. Evaluation of results to refine workflows and tools.
3. Full Implementation and Training:
Integration of simulation tools into your processes. Comprehensive training for your team to maximize software potential.
Explore the range of analyses and applications we offer
CFD (Computational Fluid Dynamics)
Steady-state and transient fluid flow analysis.
Compressible and incompressible fluid simulations.
Thermal management for electronic components.
Rotating machinery and mixing applications.
Multi-phase flows, including cavitation, boiling, and condensation.
Aeroacoustics and reactive flow analysis.
Fluid-structure interaction (FSI), such as blade flutter and aeroelasticity.
FEA (Finite Element Analysis)
Linear and non-linear static analysis.
Modal and harmonic analysis.
Fatigue analysis and lifespan prediction.
Rotor dynamics and composite material simulations.
Transient thermal analysis and stationary heat fields.
Advanced 3D printing simulations.
MBS (Multi-Body Simulations)
Rigid body simulations for mechanical systems.
Flexible body considerations for complex motion dynamics.
1D System Simulations
Single-domain simulations for hydraulics, thermal management, electrical systems, and pneumatics.
Multi-domain system integrations (hydraulics/thermal/electric/pneumatics).
Optimization of simple systems.
Digital twins and HiL (Hardware-in-the-Loop) or SiL (Software-in-the-Loop) simulations.
ELMAG (Electromagnetic Simulations)
2D and 3D electromagnetic field analysis.
Electromotor and generator design, including cooling strategies.
Battery simulations, focusing on thermal effects and efficiency.
Optimization Tasks
Streamlining and improving the performance of systems and designs.
