Computational Fluid Dynamics Analysis Services

With decreasing profits and increasing cost pressures, several manufacturers worldwide are favoring advanced product development tools to introduce products in the market that has competitive cost structures. NCES engineers have wide experience and knowledge in offering CFD consulting services across various industries. Our professionals are ready to help companies searching for the best practices in numerical simulations. Being one of the best CFD consulting companies, we find ways to improve your product designs and manufacturing processes throughout your entire product development, product design or QC process. Our CFD consulting team can assist you in achieving the desired product performance and quality standards throughout your whole product development, product design, or QC process.

Revolutionize Your Designs With Our CFD Consulting Services

Our fluid dynamicis allow design engineers and manufacturers to analyse their products involving fluid flow, starting from the early design phase, with the use of cutting-edge hardware and software infrastructure facilities. Our team, which includes of mechanical engineers, CFD analysts, and domain specialists, works together to provide manufacturers with cost-effective design solutions that will shorten their time to market.

With our CFD consulting services, you will be able to optimize your designs and systems virtually and lessen the need for costly physical prototypes and extensive testing, ultimately saving you time and money.

Our services are based on solving various analysis related challenges that companies encounter during product development. Since each project is different, we customise our CFD analysis services to fit your particular needs. Whether you require single-phase or multiphase analysis, steady-state or transient simulations, or both, we can help.

CFD consulting services

We provide a comprehensive range of Computational Fluid Dynamics (CFD) analysis services which enabled our customers to develop high quality engineered products and to strengthen their market position. Our CFD analysis capabilities includes,

Aerodynamics, Aerothermodynamics

Reactive and non-reactive flows

Exhaust flow analysis

Turbo machines

Pressure vessels thermal CFD analysis

Multi-phase flows

Mechanical mixing, agitation in stirred vessels

Flows in chemical reactors and boilers

Fluid sloshing

Fire and smoke propagation studies

Electronic systems thermal analysis

Conduction, convection, and radiation

Conjugate heat transfer

Pollutant dispersion analysis

Air flow and smoke propagation studies in basements & underground tunnels

With our deep industry knowledge, exceptional expertise in CFD analysis leveraged with project management capabilities in delivering simulation driven design optimization services we successfully addressed many challenging projects.

Transient CFD analysis for Integrated Rotary Vacuum Brazing Furnace - Liquid Propulsion Systems Centre, ISRO, India

CFD analysis of Chemical Vapor Infiltration and Chemical Vapor Deposition furnace, DRDO Propulsion Complex, Hyderabad,India

Transient Eulerian Multi phase flow CFD analysis to analyse the mixing of Ingredients in a Petro Chemical Reactor for SABIC affiliate Company , Saudi Arabia

CFD analysis of Closed Loop Anesthesia Delivery System (CLADS)

CFD analysis and Thermal optimization of Automotive Power Train Controller (PCU) for TATA Elxsi

CFD analysis of Full Authority Digital Engine Controller (FADEC)

CFD analysis for underground transport tunnel: Al Shamiya Expansion Project, Makkah, Saudi Arabia

Success stories

  • The Remote Radio Unit considered for CFD analysis utilizes a passive cooling technique. The CAD design comprises various components such as the heat sink cover, power amplifier PCB, power amplifier PCB RF shield, power supply plus baseband PCB, power supply plus baseband PCB RF shield, SSG PCB, SSG PCB RF shield, cavity filter, and other mechanical housing. Total heat dissipation of the Remote Radio unit is about 600 Watts, with heat flux up to 35 W/cm2. All the heat dissipating components are modeled as 3D objects and volumetric heat load (W/m3) is imposed. Contact Resistance at the Junction is modeled as per the manufacturer provided resistance values.


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