SIMULAR CFD

Physics-based simulations

AI-powered engineering models

About SimulAR

At Simular CFD, we specialize in advanced numerical simulations for fluid dynamics, heat transfer, particle flow, chemical reaction and AI-powered engineering applications. Our consulting services combine deep physics knowledge with cutting-edge computational tools to help industries solve complex problems efficiently. Whether it’s internal flows, aerodynamics, thermal optimization, or data-driven modeling, we deliver high-impact solutions tailored to each client’s needs.

Engineering projects

CPU & GPU Hours

1000

Services

Internal Flow & Piping Design

Fluid flow behavior in closed systems—such as pipelines, valves, and pressure vessels—is analyzed through advanced numerical simulations. This approach enables efficient system design, reduces energy losses, and ensures compliance with safety and operational standards.

Heat Transfer & HVAC

Thermal processes in systems such as boilers, heat exchangers, and cooling units are simulated and optimized through advanced computational techniques. These thermal analyses enhance energy efficiency and support the design of high-performance equipment for industrial and commercial applications.

Particle Flow & Multiphysics

The transport of grains, sediments, and particles in industrial processes is modeled using high-fidelity numerical simulations. These analyses deliver valuable insights into complex material transport phenomena and support the optimization of operational strategies.

AI & Machine Learning

Advanced artificial intelligence (AI) algorithms are developed to automate, analyze, and optimize industrial processes. Expertise in predictive modeling, big data analysis, and image processing—powered by proprietary DataVision technology—enhances efficiency, reduces operational costs, and enables real-time decision-making.

Aerodynamics & External Flow

Aerodynamic studies and fluid–structure interaction (FSI) analyses are conducted to compute pressure distributions and viscous forces. These insights support the optimization of lift, reduction of drag, improvement of fuel efficiency, and accurate prediction of aerodynamic stability for vehicles and structures.

Chemical Reactions

Combustion and reactive flow simulations are performed to maximize efficiency and safety in industrial applications. These studies support the design of equipment and processes that comply with stringent environmental regulations and performance standards.