CFD, FEA, and UAV design for startups, engineers, researchers, and universities.
Powered by ANSYS, OpenFOAM, and cloud HPC.
Industry-standard tools for every budget and project scale.
Aerodynamics, HVAC, heat transfer, and turbulence modeling using industry-leading commercial software.
Cost-effective open-source CFD for multiphase flow, combustion, and heat transfer analysis.
Structural stress, fatigue, modal, and thermal analysis for aerospace and mechanical components.
Drone aerodynamics, propulsion simulation, and full flight performance analysis.
Open-source finite element analysis — same quality results at a fraction of the cost.
Complete simulation support for undergraduate and master's theses — setup to final report.
Every project starts with a free consultation to nail scope and timeline.
Single-component analysis. Fast turnaround for standard geometries.
Multi-condition analysis with full validation and cinematic renders.
Complex multiphysics, parametric studies, or full UAV design.
Parametric CFD study on a 1.2m span fixed-wing UAV. Aerodynamic optimizations reduced drag coefficient by 18%, extending flight time by 22 minutes per charge.
Transient conjugate heat transfer analysis for a 50kWh EV battery pack under highway driving conditions. Identified 3 hot spots and optimized coolant channel geometry.
Master's thesis simulation: water-air flow through a venturi scrubber. 8-hour run on HPC cluster, validated against experimental data. Passed with distinction.
"Results were ready in 5 days. The ParaView renders looked like they came straight out of a conference presentation."
— Aerospace PhD candidate, IIT Madras
"We were stuck on wind tunnel correlation for weeks. EazyFluids ran the CFD in parallel, matched the data, and helped us publish faster."
— Senior researcher, Rolls-Royce India
Geometry cleanup, meshing, and boundary condition setup. Whether it's a raw STL or a CAD model, we get it simulation-ready.
Simulation runs on dedicated HPC workstations and AWS cloud clusters. Parallel processing on demand — no queuing delays.
Detailed results with velocity fields, pressure contours, force coefficients, and engineering-grade visualizations.
We run on dedicated multi-core workstations and scale to AWS HPC clusters for the largest jobs. Your project is never limited by compute.
Free consultation — no commitment required. Describe your geometry, operating conditions, and deliverables. We'll scope it out and get back to you within 24 hours.