Research-Grade Deep Dives For Industrial CFD

We bridge research-grade deep dives with real-world industrial CFD demands - delivering accurate results with open source tools


Our Services

INDUSTRY

CFD services

Turbulent flow, Heat transfer, Surrogate/ROM, HPC/acceleration

Custom development

Sizing software development, GUI wrappers, Agentic orchestration, Chatbots, Automation

CAD & meshing services

CAD processing, Topology repair & cleaning

R&D

Custom Solver Development

Custom CFD formulations, Stabilized & segregated solvers, GPU-Accelerated Solvers

Custom architecture development

Matrix-free architectures, Open source architectures

Custom optimizations

High-Performance Linear Algebra, Memory-Efficient Frameworks

Corporate Training

Group Corporate Training for teams, Personalized Training for industrial CFD candidates

Benefits

Flexibility, No license fees, No vendor lock-in, No infrastructure limitations

Techstack

Solvers: Openfoam, Calculix, Firedrake, Dealii, FEniCS
Technologies: C++, Python, VTK, OpenCascade, Linux

Projects We Offer

Research-Oriented Analysis Projects:

We provide valuable insights through simulations based on specific project objectives defined by you

Design Validation & Testing Projects:

We provide simulation analysis reports on whether a design passes your specific parameters

Our Team

Dr. Jaydeep Deshpande

Dr. Jaydeep Deshpande

Researcher | Entrepreneur | Winner of Prime Minister's Fellowship for Doctoral Research (2013) | Reaction engineering | FEM/CFD | Nanotechnology | Applied Math | Fluid mechanics | Flow Chemistry | Teaching | Sustainability

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Shubhankar Patki

Shubhankar Patki

Industrial Designer | 10 years of exp. working with NURBS & parametric modelling tools | Rhino3D + Grasshopper3D | SolidWorks | Fusion360 | FEA/CFD | 3D printing | Python | Linux

Contact Us

Address:

Flat no. 5, Kapil Apartments, Tejas Nagar, Dahanukar Colony, Kothrud, Pune, Maharashtra, India 411038

Email:

contact@amnium.in

Phone:

+91 94223 20518

Blog articles

Dr. Jaydeep Deshpande

Custom mixed finite-element SIMPLE solver

Numerical experiments on Face enriched P1/P0 or Q1/Q0 FEM function space For incompressible flow, the familiar numerical tension is between velocity-pressure stability, local mass balance, robustness at high Reynolds number, and cost. A collocated finite-volume method is attractive because both the velocity and pressure unknowns…

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Accelerating Pressure-Based CFD with CUDA and HYPRE AMG

INTRODUCTION Modern GPUs have transformed machine learning and scientific computing by enabling massive computational throughput. Computational Fluid Dynamics (CFD), however, remains one of the more demanding applications because practical engineering simulations often require solving millions of coupled equations over complex geometries. While CPUs have traditionally…

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