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Ameen M.

@AmeenMahmoud

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Mechanical Engineer

$5 USD / ชั่วโมง
・
ปักธงของ
Egypt (3:53 ก่อนเที่ยง)
・
เข้าร่วมเมื่อ พฤศจิกายน 13, 2019
$5 USD / ชั่วโมง
・
I am a Mechanical Engineer with expertise in SolidWorks, CATIA, and ANSYS, specializing in product design, 3D modeling, and simulations. I offer high-quality solutions in FEA, structural, thermal, and fluid analysis, with a focus on delivering cost-effective results. With a strong understanding of mechanical systems, I help bring your ideas to life through precise designs and efficient simulations. I’m committed to providing top-tier engineering services at affordable rates to meet your project needs. ##What makes you choose us? 1.Good price and work with the highest quality. 2.The work is delivered on time and before the specified date. 3.Accept the comments until you are satisfied. 4.Communicate with you and accept any modifications even after the work is done.
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Freelancer CAD/CAM Designers Egypt
ดู CAD/CAM Designers ทั้งหมดใน Egypt

ผลงาน

ผลงาน

12363934
In this tutorial, ANSYS Fluent’s density-based implicit solver is used to predict the time-dependent flow through a two-dimensional nozzle. As an initial condition for the transient problem, a steady-state solution is generated to provide the initial values for the mass flow rate at the nozzle exit. where,first i had calculated a steady-state solution (using the density-based implicit solver) as an initial condition for atransient flow prediction. then i had calculated a transient solution using the second-order implicit transient formulation and the density-based implicit solver. The geometry to be considered in this tutorial is shown in Figure. Flow through a simple nozzle is simulated as a 2D planar model. The nozzle has an inlet height of 0.2 m, and the nozzle contours have a sinusoidal shape that produces a 20% reduction in flow area. Symmetry allows only half of the nozzle to be modeled.
A two-dimensional nozzle
In this tutorial, ANSYS Fluent’s density-based implicit solver is used to predict the time-dependent flow through a two-dimensional nozzle. As an initial condition for the transient problem, a steady-state solution is generated to provide the initial values for the mass flow rate at the nozzle exit. where,first i had calculated a steady-state solution (using the density-based implicit solver) as an initial condition for atransient flow prediction. then i had calculated a transient solution using the second-order implicit transient formulation and the density-based implicit solver. The geometry to be considered in this tutorial is shown in Figure. Flow through a simple nozzle is simulated as a 2D planar model. The nozzle has an inlet height of 0.2 m, and the nozzle contours have a sinusoidal shape that produces a 20% reduction in flow area. Symmetry allows only half of the nozzle to be modeled.
A two-dimensional nozzle
12363930
This tutorial illustrates the setup and solution of a three-dimensional turbulent fluid flow in a manifold exhaust system. The manifold configuration is encountered in the automotive industry. It is often important to predict the flow field in the area of the mixing region in order to properly design the junction. I used the Fault-tolerant Meshing guided workflow. Problem Description: The manifold modeled here is shown in Figure. Air flows through the three inlets with a uniform velocity of 1 m/s, and then exits through the outlet. A small pipe is placed in the main portion of the manifold where edge extraction will be considered. There is also a known small leakage included that will be addressed in the meshing portion of the tutorial to demonstrate the automatic leakage detection aspects of the meshing workflow.
Manifold exhaust system
12363928
I used the Catia V5 program to design a U-tube heat exchanger using assembly tools, which is a version of the tube bundle heat exchanger. The advantages lie within its compact design and is therefore very efficient. Heat stress can be compensated for due to the U-shape. A U-tube heat exchanger is used mostly according to the counterflow principle. For heat transport according to the counterflow principle, hot and cold medium flow in opposing directions. As a result, heat recovery of almost 100% is achieved. Counterflow heat exchangers therefore have a very high efficiency level.
U-tube heat exchanger
12363923
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
12363916
I'm excited to share that my Turbojet Engine Design, created using CATIA V5, is now available for download on GrabCAD! This project showcases detailed 3D modeling and precise technical drawings, making it a valuable resource for engineers and enthusiasts alike.
Turbojet Engine
12363913
We’re excited to share that our meticulously crafted Iron Man mask design is now live on GrabCAD! This high-detail 3D model, created using SolidWorks, captures the iconic look of Tony Stark’s legendary armor. Perfect for enthusiasts, makers, and designers, the model includes all key features and intricate details. Highlights: Realistic Design: Accurate representation with detailed eye slots, mouth vents, and sleek contours. Fully Editable: Available in multiple formats for easy customization and 3D printing. High Quality: Designed for precision and perfect for both visual and functional prototypes.
IRON MAN
12363934
In this tutorial, ANSYS Fluent’s density-based implicit solver is used to predict the time-dependent flow through a two-dimensional nozzle. As an initial condition for the transient problem, a steady-state solution is generated to provide the initial values for the mass flow rate at the nozzle exit. where,first i had calculated a steady-state solution (using the density-based implicit solver) as an initial condition for atransient flow prediction. then i had calculated a transient solution using the second-order implicit transient formulation and the density-based implicit solver. The geometry to be considered in this tutorial is shown in Figure. Flow through a simple nozzle is simulated as a 2D planar model. The nozzle has an inlet height of 0.2 m, and the nozzle contours have a sinusoidal shape that produces a 20% reduction in flow area. Symmetry allows only half of the nozzle to be modeled.
A two-dimensional nozzle
In this tutorial, ANSYS Fluent’s density-based implicit solver is used to predict the time-dependent flow through a two-dimensional nozzle. As an initial condition for the transient problem, a steady-state solution is generated to provide the initial values for the mass flow rate at the nozzle exit. where,first i had calculated a steady-state solution (using the density-based implicit solver) as an initial condition for atransient flow prediction. then i had calculated a transient solution using the second-order implicit transient formulation and the density-based implicit solver. The geometry to be considered in this tutorial is shown in Figure. Flow through a simple nozzle is simulated as a 2D planar model. The nozzle has an inlet height of 0.2 m, and the nozzle contours have a sinusoidal shape that produces a 20% reduction in flow area. Symmetry allows only half of the nozzle to be modeled.
A two-dimensional nozzle
12363930
This tutorial illustrates the setup and solution of a three-dimensional turbulent fluid flow in a manifold exhaust system. The manifold configuration is encountered in the automotive industry. It is often important to predict the flow field in the area of the mixing region in order to properly design the junction. I used the Fault-tolerant Meshing guided workflow. Problem Description: The manifold modeled here is shown in Figure. Air flows through the three inlets with a uniform velocity of 1 m/s, and then exits through the outlet. A small pipe is placed in the main portion of the manifold where edge extraction will be considered. There is also a known small leakage included that will be addressed in the meshing portion of the tutorial to demonstrate the automatic leakage detection aspects of the meshing workflow.
Manifold exhaust system
12363928
I used the Catia V5 program to design a U-tube heat exchanger using assembly tools, which is a version of the tube bundle heat exchanger. The advantages lie within its compact design and is therefore very efficient. Heat stress can be compensated for due to the U-shape. A U-tube heat exchanger is used mostly according to the counterflow principle. For heat transport according to the counterflow principle, hot and cold medium flow in opposing directions. As a result, heat recovery of almost 100% is achieved. Counterflow heat exchangers therefore have a very high efficiency level.
U-tube heat exchanger
12363923
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
I’ve successfully completed the design of various bearings using SolidWorks! ?✨ ✅ Ball Bearings ✅ Roller Bearings ✅ Spherical Bearings
Bearings
12363916
I'm excited to share that my Turbojet Engine Design, created using CATIA V5, is now available for download on GrabCAD! This project showcases detailed 3D modeling and precise technical drawings, making it a valuable resource for engineers and enthusiasts alike.
Turbojet Engine
12363913
We’re excited to share that our meticulously crafted Iron Man mask design is now live on GrabCAD! This high-detail 3D model, created using SolidWorks, captures the iconic look of Tony Stark’s legendary armor. Perfect for enthusiasts, makers, and designers, the model includes all key features and intricate details. Highlights: Realistic Design: Accurate representation with detailed eye slots, mouth vents, and sleek contours. Fully Editable: Available in multiple formats for easy customization and 3D printing. High Quality: Designed for precision and perfect for both visual and functional prototypes.
IRON MAN
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รีวิว
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การศึกษา
South Valley University
2018 - 2023
•
5 ปี
2.7
ปักธงของ
Egypt
2018 - 2023
•
5 ปี
คุณสมบัติ
SOLIDWORKS SIMULATION
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solidprofessor
Completed the SOLIDWORKS Simulation course from SolidProfessor, gaining in-depth knowledge of using SOLIDWORKS Simulation tools for performing structural analysis. Skilled in setting up and running simulations to evaluate stress, strain, and displacement in parts and assemblies. Proficient in interpreting results to optimize designs for performance, durability, and manufacturability. Ready to apply simulation expertise to improve product design and ensure quality in engineering projects.
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2021
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Earned the SolidWorks Professional Sheet Metal certificate from Dassault Systèmes, demonstrating expertise in designing sheet metal parts using SolidWorks. Proficient in creating flat patterns, working with bends, and applying industry best practices for sheet metal design. Skilled in using advanced features to optimize designs for manufacturability and cost-effectiveness. Ready to deliver precise, efficient sheet metal solutions for your projects.
2022
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