Engineering Services

Steady State

FE Solve experts in time dependence flow characteristics simulation which can be specified as either steady-state or transient. We apply steady state characteristics on fluid for which behavior do not change with time and whose steady conditions are assumed to have been reached after a relatively long time interval. Transient simulations require real time information to determine the time intervals at which the solver calculates the flow field. They therefore require no real time information to describe them. We specialized in:

Flow through pipe under constant head
Pump flow analysis
Fan and blower analysis
Flood wave analysis
Irrigation and power canal analysis
Tidal effect
Junctions flow analysis

Badminton hall cooling Transient flow Analysis

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Flow at Steady Transient state

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Chimney Transient flow Simulation

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Temperature and Pressure flow analysis

FE Solve's core CFD team manage to check performance of system. We are specialized into mapping exact temperature and pressure onto components by considering all exact parameters.We are specialized into:

Flow through pipe
Pump
Exhaust System
Cyclone and Dam break analysis
Fuel injection in engines
Underhood cooling
Aerodynamic Analysis
Turbo machinery
Tidal Effect
Flood wave Analysis

Pressure and flow optimization for pumps

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Temperature and flow optimization for chimney

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Temperature and Flow analysis inside office room

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Compressible/ Incompressible flow analysis

FE Solve performs CFD simulation for fluid flows which are compressible or incompressible. Compressible flows are usually high speed flows with Mach numbers greater than about 0.3. This is important to note because analyses run as compressible require more longer analysis times than incompressible flows. We usually perform compressible flow analysis on:

Aerodynamic applications such as flow over a wing or aircraft nacelle as well as industrial applications such as flow through high-performance valves.

We perform incompressible flow analysis on:A fluid such as air that is moving slower than Mach 0.3 is considered Incompressible, even though it is a gas. A gas that is run through a compressor is not truly considered compressible (in the thermodynamic sense) unless its velocity exceeds Mach 0.3.

Flow analysis at Higher Mach number

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Flow analysis for NACA at Mach above 1

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In compressible flow analysis for Pumps

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Fluid Structure Interaction

We perform Fluid structure interaction on some movable or deformable structure with an internal or surrounding fluid flow. During this we perform Fluid–structure interactions on stable or oscillatory systems. We check for fluid flow which deforms a physical structure, which in turn changes the fluid flow. This two-way interaction loop continues through multiple cycles, possibly resulting in structural damage and less-than-optimal flow. We perform FSI on:

Aircraft
Spacecraft
Engines
Bridges
Aircraft wing
Turbines
Valves
Nozzles
Containers

Flow analysis and Structural stability for Fluid Valves

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Flow analysis and Structural Stability of Impeller

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Flow analysis and Structural Stability for Windmill Blades

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Conjugate Heat Transfer Analysis

At FE Solve we perform Conjugate heat transfer corresponds with the combination of heat transfer in solids and heat transfer in fluids. In solids, conduction often dominates whereas in fluids, convection usually dominates. We consider heat transfer between a body and a fluid flowing over or inside it as a result of the interaction of two objects. We perform CHT on:

Aircraft
Aerospace
Nuclear Reactors
Heat Sink
Food processing
Electronic cooling
LED lighting
HPC cooling

Conjugate Heat transfer analysis for Electronic component

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Conjugate Heat Transfer analysis inside Tube

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Flow through blower evaporator ducting

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Reacting flows and combustion Analysis

At FE Solve we perform reacting flow analysis which are highly turbulent. Similarly we perform combustion analysis which creates turbulence through a variety of mechanism including flow acceleration and modified kinematic viscosity. We perform reacting and combustion analysis on:

Engines
Chemical industries
Medical industries
Food industries
Nuclear reactors
Air pollution

Chemical Reaction and Combustion inside Manifold

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Combustion and Cycle Simulation for 4 Strokes Engine

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Flow through blower evaporator ducting

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Aerodynamic Analysis

FE Solve offers aerodynamic analysis of various components. Our expertise in this field leads to efficient product performance with better useful drag and lift values. Aerodynamic morphing with design of experiment to achieve efficient design.

We perform aerodynamic analysis on:Automobiles for exterior body, interior air flow simulation, fan and rotor system,Aerospace, for aerodynamics of wings, fuse large, and body, optimization of cabin air flow patterns.

Turbo machinery components like turbines, compressors, and pumps to improve flow performance.Building structure for external wind loads.

Drag and Lift Analysis for Aerodynamic body

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Drag and Lift calculation for F1 car model

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Flow through blower evaporator ducting

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Multiphase Flow

Multiphase flow is simultaneous flow of materials with different states or phases (i.e. gas, liquid or solid), or materials with different chemical properties but in the same state or phase.

Flow mixing inside the container

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Multiphase Simulation

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Flow through blower evaporator ducting

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Cavitation Modeling

At FE Solve we perform cavitation modeling for pump, turbines models to achieve better performance of model. We work on vapor transport model also on discrete bubble model to investigate cavitation. Cavitation is important to investigate the behavior of fluid and also to increase life of component parts.

Centrifugal Pumps
Radial Pumps
Turbines
Compressors
Turbo jets
Pump inducers
Fuel injection

Blower simulation for Cavitation and Turbulence intensity

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Flow inside the pump for Cavitation and Turbulence Intensity

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Flow through blower evaporator ducting

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Turbo machinery Analysis

At FE Solve we optimize the design for turbomachinery to achieve maximum efficiency performance. With efficiency we also work on safety, pressure, velocity, thermal, to provide complete solution to the product. In industrial applications for turbomachinery small changes in efficiency will cost a huge impact on budget and also to time to market. Currently we are specialized into:

Compressors
Pumps
Turbines
Fans
Blowers
Turbochargers
Turbo pumps

Centrifugal Pump flow analysis for Industrial application

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CFD Simulation for Hydro power plant

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Flow through blower evaporator ducting

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