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CFD services by workshopwale







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Complete list of CFD solutions to Industrial Applications by workshopwale

We the workshopwale team provides you the best end-to-end Computational Fluid Dynamics (CFD) Solutions right from the meshing to complete CFD analysis. We also provide technical training, corporate training and staffing solutions for CFD modelling and analysis. Following is the list of industrial applications for which we provide CFD solutions. These industries includes :

Appliances, equipment and applications analysis, Automobiles / Automotive, Aerospace, Aeronautics & Acoustics, Biomedical, Casting and Material processing, CFD Meshing Solutions, Chemical and process industries, Combustion and Furnace design, Compressor Design, Control Valves and piping, Electronic Cooling and Thermal sink design, Heat Exchangers, Heating Ventilation and Air Conditioning (HVAC), Marine Applications, Petroleum, Oil & Gas, Power Plant, Renewable energy, Thermal Analysis and Conjugate Heat Transfer, Turbomachinery

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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Appliances, equipment and applications/

End-to-End CFD Services for Appliances, equipment and applications

Most of daily—use appliances such as hair dryers, ceiling fans, washing machines is associated with fluid flow. Similarly various industrial applications such as smelting, turbines, compressors, pumps are also involved with fluid flow.

Whether it is a hair dryer or complicated industrial machineries, we are the best-in-class solution provider for end-to-end support in product design and development CAD design and CFD modelling.

With us you will continuously enjoy prompt, reliable and most affordable services for all your needs.

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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Automobiles & Automotive/

End-to-End CFD Services for Automobiles / Automotive

Whether it is a bike, car, truck or other automobiles, almost each and every significant part has to deal with fluid flow and / or heat transfer (and other thermal physical conditions such as combustion). There are a lot of application where CFD can be used to cut down your product design and development cost.

We partner with you to give the best results and best-in-class CFD services in various aspects of Automobiles / Automotive such as engine cooling systems, External Aerodynamics, Underhood thermal Analysis, passenger thermal comfort systems (HVAC systems in automobiles), analysis of automotive powertrains, fuel injection systems, NOx controlling systems, Exhaust Gas Recirculation (EGR) systems, Combustion and Emission Control, Muffler design and Analysis, Acoustic Design of Automobiles, Airbag Simulations, hydraulic dampers / shock absorbers, exhaust system analysis, Sun roof buffeting and a lot more.

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How CFD can help you?

  • With CFD analysis you can cut down your overall project design time and cost
  • CFD also helps in reducing the rework and accurately predicting the overall performance of components / engines
  • We all know engine designs are bit complex to visualize the flow conditions and to visualize the associated thermal physics, with help of CFD analysis, you can easily visualize the flow and associated physics
  • With all the aspects of flow and thermal analysis of the systems, CFD enables you take the correct decisions

Why us?

  • For us your project is not just a deal, it is the beginning of long-lasting relationship and maintaining the trust you have in us
  • Our team of CFD engineers, mechanical engineers, physicists and mathematician work together to give the results close to reality
  • With our end-to-end and affordable services, we prove to be the best partner in your product design and development pursuit
  • We are single window solution provider in product design and development, CAD modelling, CFD analysis and manufacturing support
  • With our prompt and affordable services, we are the best-in-class partners for your needs
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Aerospace, Aeronautics and Acoustics/

End-to-End CFD Services for Aerospace, Aeronautics and Acoustics

We are the single window end-to-end solution provider in conceptual design & analysis, Preliminary design & analysis and Final design & analysis.

With us you will continuously enjoy the prompt and reliable services at most affordable cost.

Aerospace

  • CFD is now becoming an integral part in design of aerospace machineries including fighter aircraft, transport aircraft, launch vehicles and missiles
  • CFD is reducing overall project time and cost by reducing the dependencies on experimental testing
  • Our CFD team works with CAD and Product Design team and makes us capable of handling projects with full geometrical complexities including payloads and weapons
  • With our physicist involved with CFD engineers, we are capable of doing simulations for wind-tunnel testing and getting results close to reality
  • Our mathematicians works with Engineers to write custom codes if necessary and hence we are capable of providing end-to-end solutions in, but are not limited to: light combat aircrafts, launch vehicles, fighter aircrafts, passenger aircrafts, missiles etc.
  • We also provide end-to-end solutions in configuration design & modifications, estimation of aerodynamic loads, estimation of stability, air intake flow analysis, air data corrections for flow measurement sensors, aerodynamic improvement analysis and a lot more
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Aeronautics

  • We are the single window end-to-end solution provider in aeronautics industry in providing numerical solutions for fluid-structure interaction and other fluid and / or thermal physics related components
  • We start with intelligent mesh to provide you the complete and realistic predictions
  • With our expertise we serve in but are not limited to: turbopump applications, sonic bang prediction & reduction, 3D shock waves around aircrafts, turbulence characteristics of machines, prediction of wing-tip vortices, Mach number characteristics, reverse thrust
  • We are also serving in shape optimization of structures, thermal shock analysis and CFD analysis of aircraft HVAC systems
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Acoustic

  • Sound is produced by mechanical vibrations and hence can be understood as a pressure fluctuation in a medium. Acoustic waves are compression waves travelling through a compressible medium at the speed of sound of the particular medium
  • Computational aeroacoustics is closely linked to computational fluid dynamics, however there are some special techniques are involved in computational aeroacoustics for resolving the wave behaviour. If the full turbulent time varying pressure field can be understood, then it is possible to calculate the noise generated. The governing equations for acoustics are similar as the governing equations for fluid flows
  • Our dedicated team of CFD engineers, Mathematicians and field engineers’ work together to give you end-to-end solution in aerospace, aeronautics and acoustics
  • With our rich expertise, we can serve you in but are not limited to acoustics of: rotors (helicopter noise, wind turbine noise, gas turbine noise etc.), propulsion systems (stator / rotor, jet noise, combustion noise, propellers), airframes (cavity noise, high lift wings etc.), HVAC and Piping systems (fans, duct acoustics etc.), frequency and sound pressure level (SPL) analysis, Damping and Attenuation
  • We use the right approach for the right problem such DNS, LES, DES for problems where sound is from turbulence, LEE for problems where viscous effects are of second order and considers as the source for sound and similar other applications
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We extend our services to on-road applications of aerodynamic and acoustic principles in:

  • Aerodynamics of road vehicles, aerodynamics and acoustics of race cars & race bikes, external car aerodynamics, HVAC system for Thermal Comfort of crew members and / or passengers, turbine and blade design, combustion and after burner subsystems, wing design, aerofoil design, sub-sonic, sonic, supersonic and hypersonic airflow simulations, brake controlling etc.
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End-to-End CFD Services for Biomedical Applications

  • Biomedical science mostly deals with the fluids in and out of human body including blood, medicines, water, milk etc. From scientific analysis we all know that water is a Newtonian Fluid while blood, milk etc. are non-Newtonian fluids.
  • In other words, even though these are the fluids from our bodies, it is not beyond the mathematical measurements, predictions and applications. Hence, there is every possibility of simulating and analysing the behaviour of these fluids.
  • With our sophisticated technology we provide complete solutions in understanding the complex flows in biological systems and devices.
  • Using proper set of equations based on characteristic of fluids, it is possible to simulate and understand the complex flows even inside the body in arteries, veins etc.
  • CFD can be used as an important tool to understand the complex flow of fluids in human body. It can also be used to understand the pathophysiology of originating, development and progression of disease
  • CFD can be used as an important tool to understand the complex flow of fluids in human body. It can also be used to understand the pathophysiology of originating, development and progression of disease
  • CFD can be used as an important tool to understand the complex flow of fluids in human body. It can also be used to understand the pathophysiology of originating, development and progression of disease
  • In biomedical applications of cardiovascular treatments, CFD can be used in creating treatment models and visualization & segmentation of medical imaging data
  • We all know, medical science always needs engineering support for advancement and with us you are getting a reliable and prompt supporter for your biomedical applications
  • We are capable of providing a wide range of end-to-end CFD solutions to biomedical industry including complete design & analysis of critical medical devices:
    • Simulations for heart pumping, blood flow, joint lubrication, artificial organ design, microbe locomotion, spinal fluid flow, nose & sinus flows, air flow in lungs, gas exchange, life support systems and cardiac valve designs, tendon sheath, cell-fluid interface, vocal tract analysis, perfusion in tissues, stented artery analysis, nose inhalers.
  • With us you will continuously enjoy best-in-class services at most affordable prices
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Casting and Material processing/

End-to-End CFD Services for Casting and Material processing

  • Casting and material processing almost always deals with multiscale and multiphase transitions of materials and processes
  • Fluid flow during casting, steel manufacturing and metal refining process plays a decisive role in establishing the quality of casting, steel and metals. Fluid flow during these processes affects mixing, refining, solidification process and hence plays important role in determining the pricing of the products
  • If you want an expert advice and support in casting, steel and metal industires, we are the perfect choice for you
  • Whether it is an iron & steel industry or a dedicated casting industry, we provide end-to-end consulting, product design & development and CFD solutions for various processes like melting and solidification, air bubble formation in cryolite melt, continuous casting Tundish, continuous casting mold, Casting, Converter, Blast Furnace, conjugate heat transfer in furnace, microstructure evaluation, die and injection casting, casting with external field interaction, smelting, degassing, ladle processing, mechanical mixing and ingot casting
  • With us, it is a sure shot cut-down of overall time and cost by outsourcing the process design and development in casting and material processing to us
  • We extensively deal with turbulence in molten steel / metal, transport of bubbles and inclusions, multiphase flow phenomenon, chemical and transport interactions between metal & slag, the effect of heat transfer, transport of solute materials & segregation
  • We are experts in CFD applications for metallurgical processes and are reliable partners for your metallurgical, material processing and casting needs
  • We also extend our services in simulation of electromagnetic forces on the fluid flow in metallurgical systems
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End-to-End CFD Services for CFD Meshing Solutions

  • It take about 70% of user’s time to create geometry and mesh it. As we have mentioned earlier, if grid is not properly generated or if flow parameters are improperly applied, the results may be completely erroneous
  • The quality of mesh plays an independent decisive role in generating the CFD results. It doesn’t matter what CFD solver you are using, if the mesh (grid) is improperly generated, the results are bounded to be erroneous. On the other hand, if grid is properly generated, the solver will be more stable, robust and efficient
  • Meshing (grid generation) is one of the founding step in CFD simulations. A mesh (grid) influences the calculation time and results of simulations. Hence, to avoid bottle-necks, reworks and lag time contact us now for the best-in-class service of grid generation and meshing
  • We offer end-to-end solutions in meshing (grid generation) of the projects of all sizes and applications. We can provide structured, unstructured, surface, volume, hexa, tetra meshes
  • With our fast and efficient meshing techniques, we provide mesh in no time with mesh quality is strictly according to standards. We also provide customised meshing services as per demand
  • We use the following potential tools but are not limited to:
    • ICEMCFD
    • Salome
  • We can also provide meshing specifically in OpenFOAM Format
  • Key Features about our Meshing Services:
    • Fast and efficient services
    • Capturing of boundary layer
    • Based on turbulence model (and y+ requirements), decision about mesh size for accurate results
    • Special Meshing services for grid-independent studies
    • End-to-end solutions from raw CAD model to Mesh Generation, also on end-to-end CFD simulations and analysis
    • On demand CAD model generation (with our CAD team) and end-to-services in each and every aspect of product design including manufacturing
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End-to-End CFD Services for Chemical and process industries

  • A typical chemical and process plant involves chemical reactions and flow of fluids. Rate of chemical reactions and concentration of different reactants determines overall quality of product
  • CFD can help chemical and process industries in computational modelling, visualization and analysis of flow behaviour, velocity profiles for chemicals, rate of chemical reactions, multiphase flow analysis etc.
  • We the workshopwale team provides you end-to-end solutions in designing, analysis and benchmarking of various chemical processes such as combustion, surface chemistry, evaporation, cavitation, multiphase flow (separated flows, dispersed flows, gas-liquid flows, gas-solid flows, mixing reactions, catalytic cracking, heat exchangers, phase separation, coal gasification, liquid-solid flows, liquid-solid flows, three phase flows), distillation and separation processes, etc.
  • We also provide complete consultancy and CFD analysis services to various chemical systems such as gas-liquid-solid slurry systems, solid drying systems, fluidized bed dryers, spray dryers, droplet separations, packed bed reactors, foam, packed columns, centrifugal extractors, mist eliminators, sedimentation, cyclone separators, mixers, bubble columns, fluidized bed systems, particulate systems, precipitators, dust collection systems, solid suspensions
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Combustion and Furnace design/

End-to-End CFD Services for Combustion and Furnace design

  • In almost all the combustion processes, hydrocarbon fuel is used and releases exhaust gases
  • It appears simple but it is physically and chemically very complicated. Hence, without proper design and flow, improper combustion happens resulting in issues like incomplete compression, very high ‘excess air’ supply, NOx and SOx, CO emissions, CO2 emissions
  • All of the above issues can be avoided / restricted by proper understanding and analysis of combustion systems. As we explained earlier, it is a complicated physics and chemistry, CFD analysis can help a lot
  • With our CFD team, you can easily visualize the flow patterns, combustion (oxidation) reactions, air (oxygen) distribution, physical parameters, performance and characterization of furnaces, temperature ranges and lot more
  • We are experts in but our expertise is not limited to combustion CFD analysis of: diesel engiene HCCI engine combustion & emission, pyroloysis, flame stability, premixed methane-air mixtures, molten ash solidification modelling, power generation and aeropropulsion gas turbines, purvurised coal combustion & stabilization, multi-burner furnaces, bio-diesel fuels, solid fuel combustion processes, Premixed Combustions such as spark-ignition engine systems, non-premixed combustion such as Diesel Engine, Airdraft Engine
  • We also provide end-to-end analysis about Carbon foot print and estimates about global warming potential etc. and CFD analysis about Combustion air-flow modelling, mixing applications in CFD, innovative combustion modelling, predicting pollutant emissions etc.
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Compressor Design/

End-to-End CFD Services for Compressor Design

  • Heat and mass transfer processes are key factors and are of prime importance when it comes to design of compressors and compressor-components
  • With us, you will save a lot of time and cost in designing and developing compressors suitable for need. On outsourcing your compressor designing and CFD analysis projects to us, you will enjoy prompt and seamless services
  • With our dedicated team of field technicians and CFD engineers, we provide end-to-end services in conceptualizing, designing and CFD analysis of entire compressor and its components. We also do optimization of compressors and reducing noise levels of compressors
  • From the CFD analysis, you can actually visualize the flow patterns in these complex machines. With our highly experienced team, you will get all the technical details including, effective flow area, effective force area, valve port characterization, flow pressures, operating pressure ratios, reed valve displacements, overall performance
  • These technical details will help you in making judgements and taking smart & business friendly decisions
  • We are also experts in CFD analysis of in-cylinder heat transfer, discharge muffler optimization, pressure losses, gas pulsation in suction mufflers, steady and transient analysis of pumps, evaluation of valve effective flow and force areas, thermal mapping of internal domain, pressure drop across suction and discharge passes, compression process simulation, Sound filtering and attenuation, mass flow rates, examination of pressure losses in suction lines, leakage losses in reciprocating compressors, turboexpanders
  • We provide end-to-end CAD design and CFD analysis of reciprocating compressors, rotary screw compressors, rotary centrifucal compressors, multi-stage compressors, air cooled / oil cooled / water cooled compressors, oil lubricated & oil free compressors, custom built compressors, Centrifugal and screw compressor pipe vibrations, Mufflers and sound dampers
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Control Valves and piping/

End-to-End CFD Services for Control Valves and piping

  • Valves are globally used as fluid flow control equipment in almost all the engineering application. Hence, it is must to know the flow characteristic inside the valves and design it accordingly to have minimum losses
  • We the workshopwale team provide you the end-to-end solution in design and analysis of control valves. With our CFD simulations and numerical techniques, we can give you visualizations about flow inside control valves (on various valve types such as globe wall, ball type, butterfly valves etc.)
  • We are capable of predicting the valve characteristics, estimate of losses and optimizing the design
  • We also provide end-to-end Consultancy on product design and development, CAD solutions and manufacturing support
  • We are also in piping design and industrial piping providing end-to-end analysis on Pipe vibrations, Wing fluttering, Pressure relief valves
  • How CFD can help you in Control Valve designing?
    • For an innovative valve, CFD can be used as a proof of concept
    • For existing valves, CFD is the tool to for optimizing the working and minimizing the losses. CFD can also provide the overall prediction about valve characteristics, performance
  • Why us?
    • Proven track record of physically meaningful CFD analysis
    • Capability of dealing with complex structures and non-linear characteristic of valves
    • With our loyal team and high ethical values, 100% data security is maintained
    • For us your project is not just a deal, it is the beginning of long lasting relationship and maintaining the trust you have in us
    • We respect for word and proven track record of keeping deadlines
    • Outsourcing of Valve designing project to us will save you a lot of time and money. We can also be proven better than your in-house CAD and CFD team
    • If you need a partner to successfully complete your Valve designing projects, we the workshopwale team is the best option for you

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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Electronic Cooling and Thermal sink design/

End-to-End CFD Services for Electronic Cooling and Thermal sink design

  • There are wastages of power even in most efficient electrical and electronic machines. These wasted power appears in form of heat and needs removal of this heat (cooling) for proper functioning and longer life
  • Mostly the electronic systems are cooled using fans & heat sinks. Whatever may be the mode of cooling, it is always associated to heat discharge in atmosphere
  • In other words, if you need an efficient cooling system for your electronic devices, CFD analysis at design phase can help you
  • We the workshopwale team take pride in introducing ourselves as end-to-end solution provider in thermal cooling applications and CFD analysis of electrical and electronic machines / components such as Heat sink )design and performance), Component and system level analysis, thermal management of hand-held telecommunication system (mobiles / cell phones), Fan performance & location characteristics, PC (desktop, Laptops, workstations) overheating solutions, Server rack cooling, heat sink air flow bypass, forced convection cooling of electronics, internal vented fan cooling, internal sealed fan cooling, external fan cooling, passive cooling
  • With us, you will save a lot of time and money in design and development of thermal cooling applications of electronics
  • Our prompt services at most affordable rates will astonish you. We can be proved even better than your in-house CAD and CFD team
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Heat Exchangers/

End-to-End CFD Services for Heat Exchangers

  • Cengel describe heat Exchanger as a device which facilitates the exchange of heat between two fluids that are at different temperature, while keeping them from mixing with each other
  • Heat exchangers differ from mixing chambers in that they do not allow the two fluids involved to mix
  • Heat exchangers are commonly used in practice in a wide range of applications, from heating and air-conditioning systems in a household, commercial and industries, to chemical processing and power production in large plants. They are primarily used in HVAC, Car Radiators, power plants, Refrigeration, Petrochemical Plants, Petroleum Refineries, Natural Gas Production and a lot more other applications
  • There are various types of Heat Exchangers but the most common type of heat exchanger in industrial application are shell and tube heat exchangers, plate and frame heat exchangers, regenerative heat exchangers and extended surface heat exchangers (fin type heat exchangers). Whatever may be the type of heat exchanger, there are the two most common problem arises:
    • kW rating / Heat Exchange Rating against the pressure drop
      • in this kind of situations, the size and structure of the heat exchangers are already defined, while the calculations / estimates has to made for pressure drop
    • Sizing of Heat exchanger against the performance
      • These can be done for either determining the overall size, structure, surface area for heat exchange for predefined Rating
      • OR for designing the heat exchanger specifically according to pressure drop
      • The former is relatively easy while the latter requires iterations in design itself
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How CFD can help designing, rating and sizing of heat exchangers?

  • Computational Fluid Dynamics is an added approach to the two traditional engineering design approaches i.e. Theory & Experimentation
  • In heat exchangers there are no perfect mathematical relations for Heat Exchangers, all the available formulas are based on curve-fit equations and data based on numerous experiments
  • CFD is a technique to computationally solve the flow and heat transfer problem based on governing principles and equations
  • Flow distribution directly affect the heat duty and performance of heat exchangers. Due to complex geometries and irregular flow (usually in shell and tube type) the flow conditions are difficult to visualize using experiments. With the help of CFD, you can easily visualize the flow condition, flow distribution and alter the design to optimize the performance
  • CFD can be used to closely approximate the real operating conditions and predict the flow behaviour of the fluids (no matter how complicated it is). Hence, before building the prototype, you will have an close-to-reality estimate to make wise decisions
  • Some of the parameters you can find using CFD is Pressure drop on either side, fluid flow patterns and flow distribution, overall performance, heat transfer rate and costing, pumping power required, size against heat duty and a lot more ...
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Services we provide in designing and analysing Heat Exchangers

  • End-to-end design of heat exchangers suitable for needs
  • Determining the pressure drop on already existing Heat Exchangers / design freeze of a Heat Exchanger
  • Determination of heat transfer rate and heat duty
  • Determination of Flow patterns and flow distribution
  • Designing and optimization in design for uniform Temperature Difference and flow
  • Overall performance of complete heat transfer system
  • Analysis and prediction about Costing, pumping power calculation, size against heat duty curve, pressure drop against heat duty curve etc.
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Heating Ventilation and Air Conditioning (HVAC) systems/

End-to-End CFD Services for Heating Ventilation and Air Conditioning (HVAC) systems

In modern world, HVAC systems are redefined and acknowledged. The quality of air with correct level of oxygen and maintained ppm of CO2 is now need of every HVAC systems.

Whether it is a Vapour Compression Refrigeration system (VCRS), Direct Evaporative Cooling systems (DEC) / Air Washers or Indirect Evaporative cooling systems, we provide you the best in class designed and CFD analysis services.

HVAC systems plays a critical role in various important sectors such as Hospitals, Labs, Conference Room, Fire Stations etc. With our expertise in providing end-to-end solutions in HVAC sector including HVAC Ducting & Optimization, Natural and Forced Air Calculations, Solar powered natural ventilation, Air contamination and filtering.

With us you will continuously enjoy the most reliable services at most affordable rates.

With CFD analysis you can predict the overall air distribution, temperature levels, flow patterns, pressure drop, tonnage of A/C requirements and a lot more.

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Why us?

  • For us your project is not just a deal, it is the beginning of long lasting relationship and maintaining the trust you have in us
  • We are the field-experts in HVAC systems and having a proven track record of designing and developing the HVAC systems around the globe
  • With us, you will reduce the overall cost in HVAC system design and development
  • We need minimum inputs for HVAC systems and with our CAD team we are capable of providing end-to-end solution providers in complete range of HVAC variants
  • We are also known for designing the lab for testing of HVAC systems, helping out the companies in HVAC product design including the design of Indirect Evaporative Cooling Systems (IDEC), Direct Evaporative Cooling Systems (DEC), Vapour Compression Refrigeration System (VCRS), Vapour Absorption Refrigeration Systems (VARS) and customized hybrid systems
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Marine Applications/

End-to-End CFD Services for Marine Applications

  • Sea, oceans and other water bodies plays a significant role on our survival. As the human race is progressing, the marine engineering applications are also getting advanced.
  • With great design changes, the design of various marine machineries is becoming competitive. To reduce the overall cost of machines, it is now required to design it more efficiently without compromising its performance and robustness.
  • Computational Fluid Dynamics (CFD) can serve as the best tool in designing and optimizing marine machineries such as pumps, turbines, ships, floating systems, submarine sail etc.
  • We the workshopwale team take great pride in providing end-to-end solutions in designing, consulting and doing CFD analysis of, but not limited to: submarine sail design & optimization, ballast water treatment systems, simulating Tsunami conditions, wave capturing, Naval-Hydro systems, turbomachines for marine applications such as pumps, turbines etc., sea-keeping applications, propeller dynamics, hydrodynamics, pressure drag, viscous drag, wave pattern calculations for stady ship flow, viscous stern flow calculations, Unsteady Manoeuvring Calculations, propeller flow calculations, turbulence modelling for marine applications and a lot more.
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Petroleum, Oil & Gas/

End-to-End CFD Services for Petroleum, Oil & Gas

  • Petroleum, oil & Gas are the most demanded fluids in today’s transport and power sector. Extraction of these involves a lot of critical processes and thermal-fluid interactions.
  • With our CFD team we can help you understanding the complex reactions and technological applications in extraction, refining and storage of petrochemicals.
  • We provide end-to-end support and consulting but not limited to: CFD analysis in exploration, production / extraction, processing & refining, storage and distribution, turbomachinery design for sub-sea applications, crude oil transport, Gravity separators for offshore applications
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Power Plant/

End-to-End CFD Services for Power Plant

  • Demand for power is exponentially increasing. It now a need to conserve and convert each and every bit of energy to power. We provide end-to-end services in designing, analysing, consulting and CFD analysis of complete power plants, co-generation systems
  • With our CFD analysis team we can also help in understanding of complex physics and give you optimum design for your plants
  • We provide our CFD analysis services for but are not limited to: nuclear reactor safety applications, combustion & thermal power generation , coal-fired power plants, coal-gasification processes, fluidized bed boilers, investigation & applications of pumps in power plants, gas turbines, economisers design & optimization, superheaters design & optimization, pulverised coal combustion modelling, cooling towers, turbomachinery in power plants
  • Based on the type of power plants, we provide our services to hydroelectric power station, nuclear power plants, wind energy based power plants, solar and other renewable power plants
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Renewable energy/

End-to-End CFD Services for Renewable energy

  • Conventional sources of energy are limited and mostly associated with high pollution levels. All these facts create an immense pressure in R&D of renewable energy resources
  • It is a well-known fact that power generation from renewables requires a high capital investment, while the pay-back period using current technology is not very attractive
  • Further, design and testing of new systems for renewables are always the capital intensive

How CFD can help you?

  • CFD is capable of cutting down the product design cycle time and overall cost associated
  • With CFD you can predict the characteristics and performance of almost all the renewable energy systems such as wind-turbines, solar hot-water systems, tidal power plant and associated turbomachinery and a lot more
  • You can also visualize the fluid flow and associated thermal physics with the components in renewable energy systems

Why us?

  • For us your project is not just a deal, it is the beginning of long lasting relationship with you and maintaining the trust you have in us
  • Most affordable and prompt services from workshopwale team will please you
  • For us customer satisfaction is old thing, we believe in customer astonishment
  • Our team of CFD engineers, physicist, mathematician and mechanical engineers works together to give you the best results close to reality
  • With us you will cut down the overall cost and time associated in R&D / product design and development
  • We provide end-to-end solutions in CAD design, CFD analysis, product design & development and manufacturing support. Hence, we can even prove to be better than your in house CAD and CFD team
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you are here :: Home/ CFD Analysis Services/ Complete List of Industries/ End-to-End CFD Services for Thermal Analysis and Conjugate Heat Transfer/

End-to-End CFD Services for Thermal Analysis and Conjugate Heat Transfer

  • Thermal systems and CFD plays a role of husband-wife by defining and describing each other
  • Our team of CFD engineers and field experts enables us to provide end-to-end solutions in design, consulting and CFD analysis of Heat exchanger design & optimization, preheater design & optimization, Economizer and superheater analysis, Solar heaters, Hot and cold storage, Compact and high temperature heat exchangers, Turbomachines and power producing devices, Heating Ventilation & Air conditioning (HVAC) systems and a lot more
  • We also provide end-to-end solution for retort systems, food processing industries etc.
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End-to-End CFD Services for Turbomachinery

  • Latin prefix ‘turbo’ in turbomachinery means “spin”. Turbomachinery are used in practically almost all the application right from power generation to prime movers, from fluid transport to compressors and a lot more.
  • We can classify Turbomachinery in two classes viz. turbines and pumps (including compressors). The jet engines on modern commercial airplanes are highly complex turbomachines that include both pump (compressor) and turbines
  • Fluid machines that moves liquids are called pumps, there are several other names for machines that moves gases such as fans, blowers, compressors. We can further explain these terms as:
    • A fan is a gas pump (Turbomachinery) with relatively low pressure rise and high flow rate, examples including ceiling fans, house fans and propellers
    • A blower is a gas pump with relatively moderate to high pressure rise and moderate to high flow rate. The example include centrifugal blowers and squirrel cage blowers in automobile ventilation system, furnaces and leaf blowers
    • A compressor is a gas pump designed to deliver a very high pressure rise typically at low to moderate flow rate. The examples include air compressor in pneumatic system, refrigerant compressors used in heat pumps, refrigerators and air conditioning
  • Performance, reliability, quick start-up time and robustness are the main features to choose any turbomachinery. Modern advancement in engineering and technology is forcing the designers to design turbomachines for best-in-class performance, high reliability, reduced start-up time and highly robust
  • As we have stated earlier, purely theoretical design may lead to impractical design while a single experiment can cost so heavily to increase the overall project cost.
  • Hence the best way to successfully design a turbomachinery is to take help of Computational Fluid Dynamics (CFD), it evaluates many aspect of your turbomachine against the governing principle of fluid dynamics.
  • With us, you will enjoy end-to-end services in Computational Fluid Dynamics (CFD) simulation, which will reduce overall time & cost of your product design and development. We also provide end-to-end CAD services at most affordable price.
  • Using CFD we can evaluate your products against almost all the test conditions such as wind-tunnel test, Laminar operating conditions, high Re test (turbulent Tests) and a lot more.
  • We the workshopwale team have dedicated team of field-experts, CFD engineers and mathematician to evaluate and solve all the design issues from the first step of product development
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We provide our services to following turbomachinery design, analysis, optimization & characterization, but are not limited to:

  • Positive-displacement Pumps, dynamic pumps, centrifugal pumps, axial pumps, flexible tube peristaltic pumps, rotary pump (also called as rotodynamic pump), gear pumps, double screw pumps, self-priming pumps, Compressors, fans and blowers, radial flow pumps, mixed flow pump, axial flow pumps, multi-stage (axial flow) pumps
  • Gas Turbines, positive-displacement turbines, dynamic turbines, impulse turbines, reaction turbines, gas and steam turbines, wind turbines
  • Centrifugal and reciprocating machines
  • Hydraulic Turbines (water Turbines)
  • Compressors: Axial compressors, Radial compressors, and pumps
  • Air and refrigerant gas compressors, impeller blades / rotor blades
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We provide the flowing services in CFD simulations for Turbomachines but are not limited to:

  • End-to-end 3D CFD simulations for turbomachines
  • Meshing of turbomachines (hexa-mesh, tetra mesh, multiblock, unstructured) at most affordable cost
  • Performance evaluation in both 2D and 3D environment (specially for aerofoils and blades)
  • End-to-end Blade design and analysis
  • Turbulence modelling and testing for turbomachines
  • Cavitation modelling
  • Characteristic analysis of turbomachines
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Why us?

  • With a large varieties of simulation algorithms and numerical techniques, our team of CFD engineers and mathematicians are capable of handling any turbomachinery design projects
  • Proven track record of keeping deadlines
  • For us your project is not just a deal, it is the beginning of long lasting relationship and maintaining the trust you have in us
  • We follow the best practices and multilevel peer reviews and analysis before giving you the results. Hence, we are confident about the physical applicability of our results
  • We use world-class tools for CFD analysis to give you accurate results in prediction of machine performance and characteristics
  • We are a value driven organization which maintains 100% data security and high ethical values
  • By outsourcing your turbomachinery design projects to us, you will save a lot of time and energy. We can even prove better than your in-house CAD and CFD team
  • If you want an end-to-end solution provider in project design & development, CAD modelling, CFD analysis, we are the best choice for you
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Why us??

  • Your project is not just a deal for us, it the starting of long-lasting relationship and maintaining the trust you have on us
  • Best-in-class service at most affordable rates
  • Highly experienced and continuously trained teams with varying backgrounds
  • Optimum and close-to-reality results from trusted and proven team members
  • Overall project cost is reduced with our end-to-end services from conceptualization to design, from analysis to manufacturing, from process planning to optimization
  • Our unmatched quality and cost saving rates surpassing everybody and making us the most trusted and recognized single window solution provider in the sector
  • Capability of handling multi-disciplinary projects with dedicated team of program writers, mathematicians and engineers
  • Extensive use of advances in numerical techniques and coding for specialized projects make us outstanding in field
  • We do coupled analysis on demand, for more realistic analysis
  • Wide applicability of our services to various industries
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