
THERMAL & COOLING
DG Set Test Room
Thermal & ventilation CFD for a diesel generator test room — checking intake/exhaust sizing, hot-air recirculation, and room temperature rise at full load.
Engineering Simulation Consultant
CFD analysis, FDS fire and smoke simulation, and data-driven software solutions for industries in Pune, Bangalore, Delhi, Jaipur and across India.
What we do
Engineering problems need not only an analysis but also the proper integration of simulation, data, and technology.
HyperCurve offers a solution package for your CFD, FDS, FEA, Data Analytics, and Software Development needs, which enables organizations to make decisions on how to tackle difficult situations, maximize their effectiveness, increase their safety, and make engineering choices with confidence.
We can provide you with everything from fluid dynamics and fire/smoke modeling to structural analysis and software development.

Our approach
Understand → Build → Optimise
How we help
HyperCurve provides CFD (Computational Fluid Dynamics) and FDS (Fire Dynamics Simulator) services for engineering, building and infrastructure projects across India.
Analyse airflow, thermal behaviour, ventilation and wind conditions using advanced Computational Fluid Dynamics simulations.
Explore serviceSimulate fire, smoke movement and evacuation conditions to support safer and more effective building designs.
Explore serviceMeasure environmental impacts across the complete product lifecycle and identify practical opportunities for improvement.
Explore serviceEvaluate structural behaviour, stresses, deformation and performance under real-world loading conditions.
Explore serviceAbout Us
HyperCurve is an engineering simulation consultancy based in India, specializing in CFD analysis and FDS fire and smoke simulation. For 16 years, our engineers have helped teams understand complex airflow, thermal performance, fire behavior, and smoke movement. We work across data centers, HVAC, pharmaceuticals and cleanrooms, commercial buildings, automotive applications, and fire-safety projects. Our approach combines engineering expertise, advanced simulation workflows, and clear interpretation of results to help clients make informed design decisions and optimize their systems.
GST Number
U63110RJ2025PTC102033
CIN
08AAHCH8983R1ZD
Industries We Serve
HyperCurve provides specialized engineering simulation solutions focused on CFD analysis, FDS fire and smoke simulation, and data-driven engineering insights. We help engineering teams understand complex airflow, thermal performance, fire behavior, and smoke movement, enabling them to make better design and engineering decisions.
From data centers, HVAC systems, pharmaceuticals, and cleanrooms to commercial buildings, automotive, and fire-safety applications, our simulation approach is tailored to the technical requirements of each project.
With 16 years of engineering experience in CFD and FDS workflows, we leverage engineering expertise, advanced simulation tools, and clear interpretation of results. This enables us to provide clients with practical recommendations that help them evaluate and optimize their designs.
Our Experience
years of engineering experience in CFD and FDS workflows

Projects / Case Studies
Explore selected engineering simulation projects where CFD and FDS analysis helped address complex airflow, thermal, fire, and smoke-related challenges.

THERMAL & COOLING
Thermal & ventilation CFD for a diesel generator test room — checking intake/exhaust sizing, hot-air recirculation, and room temperature rise at full load.

RENEWABLE ENERGY
Wind and thermal airflow analysis across a ground-mounted panel array — row spacing wake effects, wind loading on end rows, and airflow-driven soiling patterns.

NATURAL VENTILATION
Natural ventilation and thermal comfort study for a mosque prayer hall — airflow uniformity across the worshipper zone and dome-driven stack effect.

NATURAL VENTILATION
Cross-ventilation and HVAC air-distribution study for a high-end residence — window and louvre placement, and supplementary AC airflow in low-wind conditions.

WIND & HVAC
Pedestrian wind comfort and lobby HVAC airflow study for a multi-storey commercial development, alongside facade pressure mapping for cladding design input.

Fire & Smoke Analysis
Evaluate fire-driven smoke movement and natural ventilation in railway stations, atriums, and large-span structures. Simulations help assess smoke layer development, visibility conditions, and available evacuation time under defined fire scenarios.

Industrial Fire Safety
Model potential fire scenarios in manufacturing facilities, warehouses, and industrial storage areas to understand heat distribution, smoke propagation, and ventilation behaviour. Results support fire safety planning and the evaluation of mitigation measures.

Basement Fire Safety
Analyse fire-driven smoke movement and temperature distribution in enclosed basement car parks using Fire Dynamics Simulator (FDS). Simulations help evaluate smoke propagation, visibility, and ventilation performance under defined fire scenarios to support basement fire safety design.

FDS Fire Safety Analysis
Fire and smoke analysis of the Riddhi Taranto underground car park in Hyderabad, covering two basement levels. The study examines fire-driven smoke movement, temperature distribution, visibility, airflow, and carbon monoxide concentration under defined ventilation scenarios.
Trusted by businesses
We work with engineering teams, consultants, and organizations across diverse industries, delivering reliable CFD, FDS, and engineering simulation solutions for complex technical requirements.






Key Highlights
Our engineering capabilities are built on practical simulation experience, cross-industry expertise, and a growing team of engineering professionals.
Projects Completed
Industries Supported
Years of Experience
Engineering Professionals
Featured In
Discover where HyperCurve's engineering expertise, simulation capabilities, and technical insights have been featured across industry publications, events, interviews, and professional platforms.

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Read articleSoftware We Use
We use industry-standard simulation and analysis tools to build, solve, and interpret complex engineering problems across CFD, fire and smoke simulation, and data analytics.
Computational Fluid Dynamics
An open-source CFD toolbox for analysing airflow, turbulence, pressure distribution, heat transfer, and ventilation.
Fire & Smoke Simulation
An open-source fire simulation tool for studying fire-driven flows, smoke movement, heat transfer, and smoke-control scenarios.
Scientific Visualization
Visualizes simulation results using 3D contours, streamlines, temperature fields, and other engineering data representations.
Geometry & Meshing
Supports geometry preparation, mesh generation, and pre-processing workflows for engineering simulation.
Finite Element Analysis
A free, open-source pre- and post-processing software for finite element analysis (FEA). It supports geometry preparation, mesh generation, material definition, boundary conditions, and visualisation of simulation results for structural engineering applications.
Finite Element Solver
An open-source finite element analysis solver for simulating structural and mechanical behaviour. It supports linear and nonlinear static analysis, dynamic analysis, heat transfer, stress and strain evaluation, and deformation analysis under different loading conditions.
FAQ