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Priya Brat N.

@Millen10

5,0
8
3,2
3,2
56%

Mechanical-Aerospace Engineer

$25 USD / tunti
・
Maan lippu
India (8:02 ip.)
・
Liittyi maaliskuuta 27, 2020
$25 USD / tunti
・
I am a graduate in Mechanical Engineering and post-graduate in Aerospace Manufacturing. Highly skilled and experience in CAD modelling and CAM tasks using SOLIDWORKS / CATIA / Master-CAM / FUSION 360. A Rocket Propulsion enthusiast and a mind filled with curiosity, with learning and implementing skills. Enhanced knowledge on Launch Vehicles and Space Systems, Mission Engineering, Engineering Design, Engineering Materials, Manufacturing & Production along with CAE (CFD / FEA / Thermal / Vibrations / Shock ) Analysis & Simulations using ANSYS / ABAQUS / MATLAB. Core understanding of Mathematics & Physics and versatile to work on Robotics , Product Development , Industrial and Space Application projects.
Vahvistukset
Pysyy aikataulussa
91 %
Pysyy budjetissa
100 %
Hyväksymisaste
60 %
Freelancer Mechanical Engineers India
Katso kaikki Mechanical Engineers paikassa India

Portfolio

Portfolio

9354837
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
9354794
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
8968118
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
8621831
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
8342197
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
8342112
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
9354837
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
A Regeneratively cooled Liquid Rocket Engine is designed and modelled using both CATIA & SolidWorks along a triplet Injector and the complete assembly is analyzed using ANSYS. A Fluid Structure Interaction (FSI) is performed between the hot gases inside the engine and the nozzle walls to get the structural results and ANSYS Fluent & CFX are used to perform combustion simulations.
Liquid Rocket Engine
9354794
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
An E-Scooter is designed from scratch along with required Finite Element Analysis and Thermal Analysis and Simulations. The complete vehicle is designed using SolidWorks and analyses are performed using ANSYS. A detailed design report, analysis report and product technical report along with Production Drawings Process Planning sheets for manufacturing and production are prepared for the product.
E-Scooter Development
8968118
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
Ansys CFX is used for performing CFD analysis on an airfoil structure to calculate the lift and drag coefficients. The pressure distribution over the surface and velocity variations along with turbulence are also analyzed. Ansys Design Modeler is used for geometry creation by importing coordinates.
Ansys CFD - Airfoil
8621831
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
CAD designing for the model is done in SOLIDWORKS with the provided details and dimensions for the Wingbox in an excel sheet. There was already analytical solutions done in the excel sheet with the dimensions and thicknesses. The CAD model was imported into ANSYS Static-Structural Workbench and an FEA analysis was performed. The results were much more accurate and matched the solutions provided in the excel sheet with greater accuracy. And the model for analysis along with the design got validated with required Factor of Safety.
Airplane Wingbox FEA Analysis
8342197
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
A Knuckle joint is designed in SOLIDWORKS. Drafting is done for each of the components and tolerance is labeled in an exploded view.
Knuckle Joint Designing & Drafting
8342112
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
A complete working prototype of a Sounding Rocket powered with a Solid Rocket Motor. The CAD models were designed using CATIA and CNC machining is done with codes generated MASTER-CAM. Simulation and analysis is performed on ANSYS MECHAICAL and FLUENT. The whole prototype was manufactured with a mix of metal components and with PLA & ABS 3D Printed components.
Sounding Rocket Prototype: Design - Analysis - Manufacturing
Muutokset tallennettu
5.0 · 8 Reviews
Arvostelut
S
Project 31508655 has been deleted • €50 EUR
my project wasn't delivered on time and even the freelancer didn't answer me after some time when he could not done my project.
sina123321
@sina123321
•
Maan lippu
Gdansk, Poland
•
3 vuotta sitten
Jaa
Käyttäjän avatar
Project 31366668 has been deleted • $30 USD
Unfortunately, after arranging with Mr. Pryia to execute the project, we made a video call where I showed him what he needed to do, but after this interaction he no longer responded to my chat requests. I informed him of my email and personal phone number in case I had any questions or needed any information, but unfortunately I did not respond to any contact attempt.
Marcio M.
@thixobrasil
•
Maan lippu
Taboão da Serra, Brazil
•
3 vuotta sitten
Jaa
Käyttäjän avatar
Project for Priya Brat N. • €200 EUR
The project is not completed according to the dispute
Michael S.
@Alpha1418
•
Maan lippu
Berlin, Italy
•
3 vuotta sitten
Jaa
M
为 项目 Priya Brat N. • £29 GBP
Very good freelancer with good communication and professional knowledge
Yongmei H.
@Monica263
•
Maan lippu
LONDON, United Kingdom
•
3 vuotta sitten
Jaa
Käyttäjän avatar
very urgrnt Ansys cfx • ₹3 000 INR
talented person surely i will hire him next time.
Sangeshwar K.
@Sangeshwar
•
Maan lippu
Sholapuram, India
•
4 vuotta sitten
Jaa
Kokemus
Student Trainee
heinäk., 2019 - heinäk., 2020
•
1
CTTC
heinäk., 2019 - heinäk., 2020
•
1
I have done process planning for Aerospace components and handled aerospace grade materials with CNC manufacturing and CAM software. I have also performed quality control and inspection for various components and designed complex assemblies using SolidWorks and CATIA.
heinäk., 2019 - heinäk., 2020
•
1
Koulutus
Biju Pattnaik University of Technology
2019 - 2020
•
1
Post Graduation in Aerospace Manufacturing
Maan lippu
India
2019 - 2020
•
1
Biju Pattnaik University of Technology
2015 - 2019
•
4 vuotta
B.Tech in Mechanical Engineering
Maan lippu
India
2015 - 2019
•
4 vuotta
Todistukset
P
Preferred Freelancer Program SLA
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