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Mohamed S.

@mohameds076

0.0
0
0.0
0.0
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audo cad , catiav5 , solid works , ansys , Expert

$15 USD / Hour
・
Flag of
India (7:37 AM)
・
Joined on November 11, 2024
$15 USD / Hour
・
I know [AUTOCAD ,CATIA V5, SOLID WORKS, ansys, 3d Drafting] and also i know launguage like {English, Tamil, Hindi} and I'm experienced in both 2D and 3D design. If you are looking for convenient price and best project results hire me.
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Portfolio

Portfolio

12487420
Truck aerodynamics focuses on optimizing airflow around a truck to reduce drag, improve fuel efficiency, and enhance stability. Using computational fluid dynamics (CFD) tools like ANSYS, engineers analyze airflow patterns, pressure distribution, and vortex formation. Key improvements include streamlined cab designs, roof fairings, side skirts, and rear-end extensions to minimize turbulence. Proper aerodynamic optimization can reduce fuel consumption by up to 15%. Simulations in ANSYS help visualize flow separations, test design modifications, and optimize truck shapes without costly physical testing. Enhancing aerodynamics is crucial for sustainability, lower emissions, and cost-effective transportation in the logistics industry.
Truck Aerodynamics
12487409
A Rowing Machine 3D model in SolidWorks is a parametric CAD representation of a rowing exercise machine, designed using extrusions, weldments, and assemblies. It includes a sturdy frame, a sliding seat on a rail, a handle with a pull mechanism, a resistance system (air, water, or magnetic), footrests, and a flywheel housing. The model allows for motion analysis to simulate rowing action, stress testing for durability, and rendering for realistic visualization. By using SolidWorks tools, designers can refine the design, optimize performance, and ensure manufacturability before production, making it ideal for engineering and fitness equipment development.
Rowing machine
12472498
In AutoCAD, creating a 2D floor plan involves designing the layout of a building or space with accurate dimensions and details. First, you set up the drawing scale and unit of measurement. You begin by drawing walls using the line or polyline tool, specifying wall thickness. Next, you add doors, windows, and rooms by using standard blocks or custom designs. Dimensions are added for precise measurements. You can also include annotations, like room names or labels, and symbols for electrical outlets or plumbing fixtures. Finally, layers are used to organize different elements, making the plan clear and easy to read.
auto cad 2d floor plan
In AutoCAD, creating a 2D floor plan involves designing the layout of a building or space with accurate dimensions and details. First, you set up the drawing scale and unit of measurement. You begin by drawing walls using the line or polyline tool, specifying wall thickness. Next, you add doors, windows, and rooms by using standard blocks or custom designs. Dimensions are added for precise measurements. You can also include annotations, like room names or labels, and symbols for electrical outlets or plumbing fixtures. Finally, layers are used to organize different elements, making the plan clear and easy to read.
auto cad 2d floor plan
12472489
In ANSYS, designing a turbofan engine flow simulation involves modeling the airflow through key engine components such as the fan, compressor, turbine, and exhaust nozzle. First, the geometry of these components is created or imported into ANSYS. The inlet flow conditions, including pressure and temperature, are defined, along with the engine's operational parameters. Then, the simulation uses CFD (Computational Fluid Dynamics) to analyze the airflow, pressure distribution, and temperature changes throughout the engine stages. Results are visualized to observe the airflow behavior, pressure drops, and efficiency across different regions, optimizing performance and identifying potential design improvements.
turbo fan engine flow
In ANSYS, designing a turbofan engine flow simulation involves modeling the airflow through key engine components such as the fan, compressor, turbine, and exhaust nozzle. First, the geometry of these components is created or imported into ANSYS. The inlet flow conditions, including pressure and temperature, are defined, along with the engine's operational parameters. Then, the simulation uses CFD (Computational Fluid Dynamics) to analyze the airflow, pressure distribution, and temperature changes throughout the engine stages. Results are visualized to observe the airflow behavior, pressure drops, and efficiency across different regions, optimizing performance and identifying potential design improvements.
turbo fan engine flow
12472478
In AutoCAD 3D, a robotic gripper design consists of multiple components. First, you create the gripper fingers or pads, which are modeled to open and close around an object. The joints and actuators are then designed to control the motion of the fingers, typically using hydraulic or electric actuators. The base frame supports these moving parts, ensuring stability. You can also integrate sensors for force or position feedback, improving the accuracy of the grip. The gripper is then assembled in AutoCAD, where movement can be simulated, and constraints can be applied to analyze its functionality.
Robotic gripper
12472472
AutoCAD 3D is a powerful software tool used for creating three-dimensional designs and models. It allows users to design, visualize, and render objects in a 3D space. AutoCAD 3D provides a variety of features like 3D modeling, rendering, and simulation tools, which are widely used in architecture, engineering, and product design. The software supports the creation of complex shapes, surface modeling, and solid modeling. Users can manipulate 3D objects, view designs from different angles, and generate realistic renderings. AutoCAD 3D enhances the precision and efficiency of design workflows, helping professionals bring their concepts to life.
Hydraulic pump
12487420
Truck aerodynamics focuses on optimizing airflow around a truck to reduce drag, improve fuel efficiency, and enhance stability. Using computational fluid dynamics (CFD) tools like ANSYS, engineers analyze airflow patterns, pressure distribution, and vortex formation. Key improvements include streamlined cab designs, roof fairings, side skirts, and rear-end extensions to minimize turbulence. Proper aerodynamic optimization can reduce fuel consumption by up to 15%. Simulations in ANSYS help visualize flow separations, test design modifications, and optimize truck shapes without costly physical testing. Enhancing aerodynamics is crucial for sustainability, lower emissions, and cost-effective transportation in the logistics industry.
Truck Aerodynamics
12487409
A Rowing Machine 3D model in SolidWorks is a parametric CAD representation of a rowing exercise machine, designed using extrusions, weldments, and assemblies. It includes a sturdy frame, a sliding seat on a rail, a handle with a pull mechanism, a resistance system (air, water, or magnetic), footrests, and a flywheel housing. The model allows for motion analysis to simulate rowing action, stress testing for durability, and rendering for realistic visualization. By using SolidWorks tools, designers can refine the design, optimize performance, and ensure manufacturability before production, making it ideal for engineering and fitness equipment development.
Rowing machine
12472498
In AutoCAD, creating a 2D floor plan involves designing the layout of a building or space with accurate dimensions and details. First, you set up the drawing scale and unit of measurement. You begin by drawing walls using the line or polyline tool, specifying wall thickness. Next, you add doors, windows, and rooms by using standard blocks or custom designs. Dimensions are added for precise measurements. You can also include annotations, like room names or labels, and symbols for electrical outlets or plumbing fixtures. Finally, layers are used to organize different elements, making the plan clear and easy to read.
auto cad 2d floor plan
In AutoCAD, creating a 2D floor plan involves designing the layout of a building or space with accurate dimensions and details. First, you set up the drawing scale and unit of measurement. You begin by drawing walls using the line or polyline tool, specifying wall thickness. Next, you add doors, windows, and rooms by using standard blocks or custom designs. Dimensions are added for precise measurements. You can also include annotations, like room names or labels, and symbols for electrical outlets or plumbing fixtures. Finally, layers are used to organize different elements, making the plan clear and easy to read.
auto cad 2d floor plan
12472489
In ANSYS, designing a turbofan engine flow simulation involves modeling the airflow through key engine components such as the fan, compressor, turbine, and exhaust nozzle. First, the geometry of these components is created or imported into ANSYS. The inlet flow conditions, including pressure and temperature, are defined, along with the engine's operational parameters. Then, the simulation uses CFD (Computational Fluid Dynamics) to analyze the airflow, pressure distribution, and temperature changes throughout the engine stages. Results are visualized to observe the airflow behavior, pressure drops, and efficiency across different regions, optimizing performance and identifying potential design improvements.
turbo fan engine flow
In ANSYS, designing a turbofan engine flow simulation involves modeling the airflow through key engine components such as the fan, compressor, turbine, and exhaust nozzle. First, the geometry of these components is created or imported into ANSYS. The inlet flow conditions, including pressure and temperature, are defined, along with the engine's operational parameters. Then, the simulation uses CFD (Computational Fluid Dynamics) to analyze the airflow, pressure distribution, and temperature changes throughout the engine stages. Results are visualized to observe the airflow behavior, pressure drops, and efficiency across different regions, optimizing performance and identifying potential design improvements.
turbo fan engine flow
12472478
In AutoCAD 3D, a robotic gripper design consists of multiple components. First, you create the gripper fingers or pads, which are modeled to open and close around an object. The joints and actuators are then designed to control the motion of the fingers, typically using hydraulic or electric actuators. The base frame supports these moving parts, ensuring stability. You can also integrate sensors for force or position feedback, improving the accuracy of the grip. The gripper is then assembled in AutoCAD, where movement can be simulated, and constraints can be applied to analyze its functionality.
Robotic gripper
12472472
AutoCAD 3D is a powerful software tool used for creating three-dimensional designs and models. It allows users to design, visualize, and render objects in a 3D space. AutoCAD 3D provides a variety of features like 3D modeling, rendering, and simulation tools, which are widely used in architecture, engineering, and product design. The software supports the creation of complex shapes, surface modeling, and solid modeling. Users can manipulate 3D objects, view designs from different angles, and generate realistic renderings. AutoCAD 3D enhances the precision and efficiency of design workflows, helping professionals bring their concepts to life.
Hydraulic pump
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Experience
auto cad and catia v5 and solid works and ansys and drafting draftman
Apr, 2020 - Present
•
4 years, 9 months
santhosh engg works
Apr, 2020 - Present
•
4 years, 9 months
I had developed a strong foundation in both 2D and 3D design and modeling. AutoCAD has enabled me to create accurate technical drawings and layouts, with an emphasis on precision and detail, which is essential for industries like construction . In CATIA V5, I've gained experience in advanced 3D modeling, particularly in complex assemblies
Apr, 2020 - Present
•
4 years, 9 months
Education
Diploma mechanical engineer
2019 - 2022
•
3 years
Flag of
India
2019 - 2022
•
3 years
Qualifications
auto cad and catia v5 and solid works
2022
Apex cad institute
I am a design engineer, I am expert in 3D Mechanical and Steel designs so i can do the required design in the required time.
2022
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