All Case Studies
FEA & CFD CASE STUDY
Engineering Case Study: FEA Analysis of Sour Condensate Flash Drum Stability in PWHT Conditions
The FEA analysis executed to guarantee the stability of a Sour Condensate Flash Drum under PWHT (Post Weld Heat Treatment) conditions is examined in this case
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD Analysis of TMS Assembly
The utilization of solenoid valves within Thermal Management Systems (TMS) is crucial for controlling fluid flow in various industrial applications. To enhance the efficiency and performance
MULTIPHASE CFD ANALYSIS OF WEDGE PLUG VALVE
The objective of this case study was to conduct a comprehensive 3D Computational Fluid Dynamics (CFD) analysis of a Wedge Plug Valve under Fully Open &
CFD SIMULATION OF ELECTRIC MOTORS
A Computational Fluid Dynamics (CFD)simulation was conducted to analyze the flow and thermal characteristics of an electrical motor. The primary objective is to enhance the
CFD SIMULATION OF ROTATING SHAFT EROSION
A Computational Fluid Dynamics (CFD) simulation was conducted to analyze the flow patterns and Erosion at the internal faces of the coolant jacket of a rotating
CFD SIMULATION OF VIBRATION ANALYSIS IN TAIL GAS FIRED BOILER
A Computational Fluid Dynamics (CFD) simulation was conducted to investigate the vibrational issue in multiple evaporators and superheater modules of a tail gas-fired boiler.
CFD SIMULATION OF GAS-GAS HEATER
The CFD analysis of a gas-gas heater was undertaken to gain insights into the flow characteristics inside the Air Preheater (APH) module.
CFD Analysis of Storage Water Heater
CFD analysis of a Storage Water Heater under various Standard Test Cycle conditions revealed insights into transient flow, thermal
characteristics and key performance parameters.
FSI Analysis of Airport Roof Structure and Concrete Pillar
This case study concentrates on Static Analysis to assess force reactions, incorporating diverse load cases and wind pressure profiles derived from Computational Fluid Dynamics studies.
CFD Analysis of ESP
CFD simulation of electrostatic precipitator to optimize flow uniformity and maximize performance & life.
CFD Analysis of Vaporizer
CFD Analysis is a process used to investigate the dynamics of heat transfer in vaporizers through the modelling of conduction and convection modes.
CFD Analysis of Wind Driven Rain on Building Facade
CFD can be used to simulate wind- driven rain and its effects on building façade, enabling preventive measures to be taken at the construction stage.
CFD Analysis of Swing Check Vlave
CFD is used to determine the opening position of a Swing Check Valve disc during steady state operating condition by calculating the torque acting on
CFD Analysis of Engine Air Intake Precleaner
CFD is used to analyze the dust separation performance of Pre-cleaners in Engine Air Intake systems.
CFD Analysis of Blower
CFD is used to accurately simulate air flow in a Multistage Centrifugal Blower and predict its performance.
CFD Analysis of Fin Mounted on Hull
CFD simulations can be used to calculate the forces and moments acting on a fin when mounted on a hull, aiding in the design process.
CFD Analysis of Cyclone Dust Collector
CFD is used to accurately determine the back pressure, particle separation efficiency and velocity profile in cyclone separators, which are important in the mineral and
CFD Analysis of HRSG Unit
CFD is used for improving the performance of an HRSG unit by identifying and correcting flow uniformity issues and flow leakages.
CFD Analysis of Car Battery
CFD is used to design an efficient Multi-Port-Extrusion to enable maximum heat transfer rate between Cells & Coolant for efficient cooling of Batteries present in
CFD Analysis of Heat Exchanger
CFD can help to optimize the Heat Exchanger design for improved heat transfer performance.
CFD Analysis of Canopy
CFD helps in understanding the flow and thermal characteristics of complex canopy systems, which helps improve the efficiency of components inside.
CFD Analysis of Horizontal Pump Sump
CFD helps to analyze and improve sump performance by simulating the complexities within it.
CFD Analysis of Vertical Pump Sump
CFD helps in understanding and improving the performance of sump systems by simulating all their complexities.
CFD Analysis of Electronics System
CFD is used to predict and eliminate hot spots in Electronic System designs to ensure efficient cooling and optimal performance.
Outdoor Units (ODU) HVAC
CFD can be used to evaluate the performance of ODUs in high-rise buildings, accounting for seasonal variation in wind flow direction and stack/buoyancy effects.
Shelter HVAC
CFD can be used to design an efficient cooling system for a shelter and determine the temperature within its Units during operation.
Data Center HVAC
CFD can be used to predict and eliminate hot spots in data centers by simulating airflow and heat transfer to ensure efficient cooling.
Airport HVAC
CFD Analysis can be used to simulate airflow and temperature patterns to optimize the HVAC system for efficient cooling in airports.
Car Park Ventilation HVAC
CFD analysis of Car Park is used to determine the number and location of jet fans in car parks for efficient ventilation and smoke removal
FEA of Quick Opening Closure
ANALYZER was approached by process equipment manufacturers to evaluate the design of their newly developed QOC’s using simulation techniques and provide solutions in case of
FEA of Chassis
Analyzer has provided advanced FEM simulations to leading Automobile OEMs for static and dynamic analysis of chassis designs for improved reliability, cost-efficiency and safety.
Thermal Analysis of Valve
FEA can be used to conduct static and transient thermal analysis and the FSI approach is used to solve more complex problems in order to
FEA of Ball Mill
Analyzer provided FEA services to evaluate the design of a Ball-Mill to multiple static and fatigue loadings, optimizing thickness and preventing fatigue failure.
PSD Analysis Case Shelter
Analyzer assisted a shelter manufacturer in India to evaluate the design of their new shelter assembly against various loading conditions using PSD analysis in ANSYS.
FEA of Pumps
ANALYZER was approached to evaluate the design of a newly developed pump assembly for a nuclear power plant to ensure its reliability according to the
Torsional Vibration Analysis
TVA of the complete drive train to check the torsional resonance and stresses induced on the shaft.
FEA of Shelters
Military shelters subjected to various loadings and design modifications are suggested to improve the design.
Model Analysis of Structure
To determine the natural frequency and check if any major natural frequency is close to the operating frequency as per API.
Harmonic Responce Analysis of Structure
To determine the reason for the crack and avoid failure due to fatigue load on the vessel.
Buckling Analysis of Structure
Buckling analysis of a large central tube due to thermal and mechanical compressive load.
Elastic Plastic Stress Analysis
Elastic-plastic analysis on a transition duct from circular to rectangular with various stiffness
Thermal Analysis of Heat Exchanger
FEA of Shell & Tube heat exchanger for both thermal ana mechanical loads as per UHX 13.4
FEA of Expansion Joint of Heat Exchanger
FEA of Expansion joint for various load cases as per TEMA 9th and 10th edition
FEA of Air-Cooled Heat Exchanger
FEA of rectangular header heat exchanger due to internal pressure considering all the tube
FEA of Heat Exchanger
To determine the stresses at flexiable tubesheet due to mechanical and thermal loads
FEA of SKIRT
(Y-FORGING) JUNCTION (To determine the stresses at the Y-forging due to various loads
Lifting Analysis of Pressure Vessel
Lifting analysis of pressure vessels for various orentations to determine the stresses at the lifting lug and skirt to shell junction.
Fatigue Analysis of Pressure Vessel
Fatigue life evaluation of the vessel for thermo-mechanical fluctuating loads as per ASME Annexture 3F.
FEA of Complete Pressure Vessel
Considering all the nozzles on the vessel and creating a hex mesh to capture the induced stresses due to thermo-mechanical loads
FEA OF NOZZLE TO SHELL JUNCTION
Tangential or inclined nozzle FEA to determine the stresses at the nozzle to shell junction which are not covered in WRC.
Aerospace
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the aerospace industry, FEA is used to analyze and optimize the performance of various components such as airframes, wings, engine components, and landing gear. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around aircraft. In the aerospace industry, CFD is used to optimize aerodynamics, reduce drag and lift forces, and improve fuel efficiency. CFD can also help engineers to optimize the cooling systems of engines and improve passenger comfort by analyzing the cabin airflow.
FEA & CFD CASE STUDY
Automotive
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the automotive industry, FEA is used to analyze and optimize the performance of various components such as engine blocks, chassis, suspension systems, and body structures. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around vehicles. In the automotive industry, CFD is used to optimize aerodynamics, reduce drag and lift forces, and improve fuel efficiency. CFD can also help engineers to optimize the cooling systems of engines and brakes, as well as improve passenger comfort by analyzing the cabin airflow.
FEA & CFD CASE STUDY
CFD Analysis of Engine Air Intake Precleaner
CFD is used to analyze the dust separation performance of Pre-cleaners in Engine Air Intake systems.
CFD Analysis of Car Battery
CFD is used to design an efficient Multi-Port-Extrusion to enable maximum heat transfer rate between Cells & Coolant for efficient cooling of Batteries present in
FEA of Chassis
Analyzer has provided advanced FEM simulations to leading Automobile OEMs for static and dynamic analysis of chassis designs for improved reliability, cost-efficiency and safety.
Defence
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the defense industry, FEA is used to analyze and optimize the performance of various components such as vehicles, armored vehicles, and equipment. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around defense systems and equipment. In the defense industry, CFD is used to optimize the aerodynamics of missiles, reduce drag and improve accuracy. CFD can also help engineers to optimize the cooling systems of military vehicles, reduce the signature of vehicles to improve stealth and improve the airflow in fighter jets.
FEA & CFD CASE STUDY
CFD Analysis of Fin Mounted on Hull
CFD simulations can be used to calculate the forces and moments acting on a fin when mounted on a hull, aiding in the design process.
PSD Analysis Case Shelter
Analyzer assisted a shelter manufacturer in India to evaluate the design of their new shelter assembly against various loading conditions using PSD analysis in ANSYS.
FEA of Shelters
Military shelters subjected to various loadings and design modifications are suggested to improve the design.
Electronics
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the electronics industry, FEA is used to analyze and optimize the performance of components such as printed circuit boards (PCBs), connectors, and electronic enclosures. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around electronic components and systems. In the electronics industry, CFD is used to optimize the cooling systems of electronic devices such as servers, data centers, and electronic enclosures. CFD can help engineers to optimize the airflow, reduce temperature gradients, and improve the overall thermal management of electronic devices.
FEA & CFD CASE STUDY
CFD SIMULATION OF ELECTRIC MOTORS
A Computational Fluid Dynamics (CFD)simulation was conducted to analyze the flow and thermal characteristics of an electrical motor. The primary objective is to enhance the
CFD Analysis of Electronics System
CFD is used to predict and eliminate hot spots in Electronic System designs to ensure efficient cooling and optimal performance.
HVACR
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the HVACR industry, FEA is used to analyze and optimize the performance of various components such as heat exchangers, ducts, and pipes. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in HVACR systems. In the HVACR industry, CFD is used to optimize the air flow, reduce pressure drops, and improve the overall thermal comfort of building occupants. CFD can help engineers to optimize the design of HVACR systems, improve the energy efficiency, and reduce operating costs.
FEA & CFD CASE STUDY
CFD Analysis of Storage Water Heater
CFD analysis of a Storage Water Heater under various Standard Test Cycle conditions revealed insights into transient flow, thermal
characteristics and key performance parameters.
CFD Analysis of Wind Driven Rain on Building Facade
CFD can be used to simulate wind- driven rain and its effects on building façade, enabling preventive measures to be taken at the construction stage.
CFD Analysis of Canopy
CFD helps in understanding the flow and thermal characteristics of complex canopy systems, which helps improve the efficiency of components inside.
Outdoor Units (ODU) HVAC
CFD can be used to evaluate the performance of ODUs in high-rise buildings, accounting for seasonal variation in wind flow direction and stack/buoyancy effects.
Shelter HVAC
CFD can be used to design an efficient cooling system for a shelter and determine the temperature within its Units during operation.
Data Center HVAC
CFD can be used to predict and eliminate hot spots in data centers by simulating airflow and heat transfer to ensure efficient cooling.
Airport HVAC
CFD Analysis can be used to simulate airflow and temperature patterns to optimize the HVAC system for efficient cooling in airports.
Car Park Ventilation HVAC
CFD analysis of Car Park is used to determine the number and location of jet fans in car parks for efficient ventilation and smoke removal
Medical/Pharma
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the medical and pharmaceutical industry, FEA is used to analyze and optimize the performance of medical devices such as implants, surgical instruments, and prosthetics. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around medical devices and processes. In the medical and pharmaceutical industry, CFD is used to optimize the design and performance of drug delivery systems, optimize the air flow and ventilation in hospital rooms, and analyze the flow of fluids in organs and tissues. CFD can help engineers to optimize the design of medical devices and processes, improve the accuracy and effectiveness of drug delivery, and reduce the risk of adverse reactions.
FEA & CFD CASE STUDY
Nuclear
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the nuclear industry, FEA is used to analyze and optimize the performance of various components such as reactor vessels, fuel rods, and storage containers. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around nuclear power plants and storage facilities. In the nuclear industry, CFD is used to optimize the cooling systems of nuclear reactors, analyze the dispersion of radioactive materials, and optimize the ventilation systems in nuclear waste storage facilities. CFD can help engineers to optimize the design and safety of nuclear power plants and storage facilities, and reduce the risk of environmental contamination.
FEA & CFD CASE STUDY
FEA of Pumps
ANALYZER was approached to evaluate the design of a newly developed pump assembly for a nuclear power plant to ensure its reliability according to the
Torsional Vibration Analysis
TVA of the complete drive train to check the torsional resonance and stresses induced on the shaft.
Model Analysis of Structure
To determine the natural frequency and check if any major natural frequency is close to the operating frequency as per API.
Oil & Gas
In the oil and gas industry, FEA and CFD are used to analyze and optimize various aspects of production and exploration. For example, FEA can be used to study the structural integrity of oil rigs, pipelines, and other equipment under different loading conditions. CFD can be used to model fluid flow in oil reservoirs, pipelines, and separators, which helps to optimize the design of these systems.
FEA can be used to design pressure vessels, heat exchangers, and storage tanks that are resistant to high pressures and temperatures. CFD can be used to optimize the design of separators, reactors, and other process equipment to improve efficiency and reduce energy consumption.
FEA & CFD CASE STUDY
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD Analysis of TMS Assembly
The utilization of solenoid valves within Thermal Management Systems (TMS) is crucial for controlling fluid flow in various industrial applications. To enhance the efficiency and performance
MULTIPHASE CFD ANALYSIS OF WEDGE PLUG VALVE
The objective of this case study was to conduct a comprehensive 3D Computational Fluid Dynamics (CFD) analysis of a Wedge Plug Valve under Fully Open &
CFD Analysis of ESP
CFD simulation of electrostatic precipitator to optimize flow uniformity and maximize performance & life.
CFD Analysis of Heat Exchanger
CFD can help to optimize the Heat Exchanger design for improved heat transfer performance.
FEA of Quick Opening Closure
ANALYZER was approached by process equipment manufacturers to evaluate the design of their newly developed QOC’s using simulation techniques and provide solutions in case of
Thermal Analysis of Valve
FEA can be used to conduct static and transient thermal analysis and the FSI approach is used to solve more complex problems in order to
FEA of Pumps
ANALYZER was approached to evaluate the design of a newly developed pump assembly for a nuclear power plant to ensure its reliability according to the
Torsional Vibration Analysis
TVA of the complete drive train to check the torsional resonance and stresses induced on the shaft.
Model Analysis of Structure
To determine the natural frequency and check if any major natural frequency is close to the operating frequency as per API.
Harmonic Responce Analysis of Structure
To determine the reason for the crack and avoid failure due to fatigue load on the vessel.
Buckling Analysis of Structure
Buckling analysis of a large central tube due to thermal and mechanical compressive load.
Elastic Plastic Stress Analysis
Elastic-plastic analysis on a transition duct from circular to rectangular with various stiffness
Thermal Analysis of Heat Exchanger
FEA of Shell & Tube heat exchanger for both thermal ana mechanical loads as per UHX 13.4
FEA of Expansion Joint of Heat Exchanger
FEA of Expansion joint for various load cases as per TEMA 9th and 10th edition
FEA of Air-Cooled Heat Exchanger
FEA of rectangular header heat exchanger due to internal pressure considering all the tube
FEA of Heat Exchanger
To determine the stresses at flexiable tubesheet due to mechanical and thermal loads
FEA of SKIRT
(Y-FORGING) JUNCTION (To determine the stresses at the Y-forging due to various loads
Lifting Analysis of Pressure Vessel
Lifting analysis of pressure vessels for various orentations to determine the stresses at the lifting lug and skirt to shell junction.
Fatigue Analysis of Pressure Vessel
Fatigue life evaluation of the vessel for thermo-mechanical fluctuating loads as per ASME Annexture 3F.
FEA of Complete Pressure Vessel
Considering all the nozzles on the vessel and creating a hex mesh to capture the induced stresses due to thermo-mechanical loads
FEA OF NOZZLE TO SHELL JUNCTION
Tangential or inclined nozzle FEA to determine the stresses at the nozzle to shell junction which are not covered in WRC.
Process
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the process industry, FEA is used to analyze and optimize the performance of various equipment such as tanks, pipes, and reactors. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around process equipment and systems. In the process industry, CFD is used to optimize the flow of fluids in chemical reactors, optimize the design of heat exchangers, and analyze the dispersion of chemicals in the environment. CFD can help engineers to optimize the design and performance of process equipment and systems, reduce energy consumption, and minimize the environmental impact.
FEA & CFD CASE STUDY
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD ANALYSIS OF TMS ASSEMBLY (SOLENOID VALVES)
CFD Analysis of TMS Assembly
The utilization of solenoid valves within Thermal Management Systems (TMS) is crucial for controlling fluid flow in various industrial applications. To enhance the efficiency and performance
MULTIPHASE CFD ANALYSIS OF WEDGE PLUG VALVE
The objective of this case study was to conduct a comprehensive 3D Computational Fluid Dynamics (CFD) analysis of a Wedge Plug Valve under Fully Open &
CFD SIMULATION OF ELECTRIC MOTORS
A Computational Fluid Dynamics (CFD)simulation was conducted to analyze the flow and thermal characteristics of an electrical motor. The primary objective is to enhance the
CFD SIMULATION OF ROTATING SHAFT EROSION
A Computational Fluid Dynamics (CFD) simulation was conducted to analyze the flow patterns and Erosion at the internal faces of the coolant jacket of a rotating
CFD SIMULATION OF VIBRATION ANALYSIS IN TAIL GAS FIRED BOILER
A Computational Fluid Dynamics (CFD) simulation was conducted to investigate the vibrational issue in multiple evaporators and superheater modules of a tail gas-fired boiler.
CFD SIMULATION OF GAS-GAS HEATER
The CFD analysis of a gas-gas heater was undertaken to gain insights into the flow characteristics inside the Air Preheater (APH) module.
CFD Analysis of Storage Water Heater
CFD analysis of a Storage Water Heater under various Standard Test Cycle conditions revealed insights into transient flow, thermal
characteristics and key performance parameters.
CFD Analysis of ESP
CFD simulation of electrostatic precipitator to optimize flow uniformity and maximize performance & life.
CFD Analysis of Vaporizer
CFD Analysis is a process used to investigate the dynamics of heat transfer in vaporizers through the modelling of conduction and convection modes.
CFD Analysis of Swing Check Vlave
CFD is used to determine the opening position of a Swing Check Valve disc during steady state operating condition by calculating the torque acting on
CFD Analysis of Cyclone Dust Collector
CFD is used to accurately determine the back pressure, particle separation efficiency and velocity profile in cyclone separators, which are important in the mineral and
CFD Analysis of HRSG Unit
CFD is used for improving the performance of an HRSG unit by identifying and correcting flow uniformity issues and flow leakages.
Thermal Analysis of Valve
FEA can be used to conduct static and transient thermal analysis and the FSI approach is used to solve more complex problems in order to
FEA of Ball Mill
Analyzer provided FEA services to evaluate the design of a Ball-Mill to multiple static and fatigue loadings, optimizing thickness and preventing fatigue failure.
Harmonic Responce Analysis of Structure
To determine the reason for the crack and avoid failure due to fatigue load on the vessel.
Buckling Analysis of Structure
Buckling analysis of a large central tube due to thermal and mechanical compressive load.
Elastic Plastic Stress Analysis
Elastic-plastic analysis on a transition duct from circular to rectangular with various stiffness
Thermal Analysis of Heat Exchanger
FEA of Shell & Tube heat exchanger for both thermal ana mechanical loads as per UHX 13.4
FEA of Expansion Joint of Heat Exchanger
FEA of Expansion joint for various load cases as per TEMA 9th and 10th edition
FEA of Air-Cooled Heat Exchanger
FEA of rectangular header heat exchanger due to internal pressure considering all the tube
FEA of Heat Exchanger
To determine the stresses at flexiable tubesheet due to mechanical and thermal loads
FEA of SKIRT
(Y-FORGING) JUNCTION (To determine the stresses at the Y-forging due to various loads
Lifting Analysis of Pressure Vessel
Lifting analysis of pressure vessels for various orentations to determine the stresses at the lifting lug and skirt to shell junction.
Fatigue Analysis of Pressure Vessel
Fatigue life evaluation of the vessel for thermo-mechanical fluctuating loads as per ASME Annexture 3F.
FEA of Complete Pressure Vessel
Considering all the nozzles on the vessel and creating a hex mesh to capture the induced stresses due to thermo-mechanical loads
FEA OF NOZZLE TO SHELL JUNCTION
Tangential or inclined nozzle FEA to determine the stresses at the nozzle to shell junction which are not covered in WRC.
Turbomacinery
FEA is used to simulate and analyze the behavior of solid structures under various loading conditions, such as stress, strain, and deformation. In the turbomachinery industry, FEA is used to analyze and optimize the performance of various components such as blades, rotors, and casings. FEA can help engineers to identify and address potential failure points, improve the strength and durability of components, and reduce weight and material costs.
CFD, on the other hand, is used to simulate and analyze the flow of fluids and gases in and around turbomachinery equipment. In the turbomachinery industry, CFD is used to optimize the aerodynamics of blades, optimize the flow of fluids in the impeller, and analyze the flow and heat transfer in heat exchangers. CFD can help engineers to optimize the design and performance of turbomachinery equipment, reduce energy consumption, and improve the efficiency and reliability of the equipment.
FEA & CFD CASE STUDY
CFD SIMULATION OF ROTATING SHAFT EROSION
A Computational Fluid Dynamics (CFD) simulation was conducted to analyze the flow patterns and Erosion at the internal faces of the coolant jacket of a rotating
CFD Analysis of Blower
CFD is used to accurately simulate air flow in a Multistage Centrifugal Blower and predict its performance.
CFD Analysis of Horizontal Pump Sump
CFD helps to analyze and improve sump performance by simulating the complexities within it.
CFD Analysis of Vertical Pump Sump
CFD helps in understanding and improving the performance of sump systems by simulating all their complexities.
FEA of Pumps
ANALYZER was approached to evaluate the design of a newly developed pump assembly for a nuclear power plant to ensure its reliability according to the
Torsional Vibration Analysis
TVA of the complete drive train to check the torsional resonance and stresses induced on the shaft.
Model Analysis of Structure
To determine the natural frequency and check if any major natural frequency is close to the operating frequency as per API.