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Finite Element Analysis

Mechanical Engineering

4.4

(13 reviews)

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Futras A.

@futrasabbas9

4.4

13

4.7

4.7

93%

Solidworks, Ansys, Abaqus, and Comsol Expert

$15 USD / Hour

・

Pakistan (6:00 PM)

・

Joined on March 27, 2021

$15 USD / Hour

・

I am Futras Abbas ,a skilled Mechanical Engineer with expertise in Comsol, Ansys, Abaqus, SolidWorks, Inventor, Fusion 360, Creo and MATLAB. I can design 3D models and perform FEA Analysis on them. The thing that matters is customer satisfaction and I've got the tools to bring your projects to the next level. Reach out to me and turn your Mechanical engineering related vision into reality.

Verifications

On time

75%

On budget

100%

Accept rate

83%

Repeat hire rate

8%

See all Mechanical Engineers in Pakistan

Portfolio

Portfolio

In a recent project, we leveraged the power of Rocky DEM software to analyze the behavior of bulk granular materials within eleven unique silo designs. This in-depth simulation provided us with crucial insights into how the material flows, settles, and interacts with the silo walls during various stages. By simulating filling, discharge, and storage scenarios, we were able to proactively identify potential issues like ratholing and uneven distribution, leading to optimized silo geometry for smoother material flow. Rocky DEM simulations also helped us predict wall stresses, allowing for a robust silo structure that can withstand the forces exerted by the material. Furthermore, the analysis identified bottlenecks hindering discharge efficiency, enabling us to refine the design for optimal material flow. Ultimately, this project empowered us to design safer, more efficient, and cost-effective silos for bulk material handling.

Rocky DEM Simulation for Silo

It's a 135 degree inclined 50 mm diameter pipe with a small opening at one face, and a large outlet. Water is entering at one end with a velocity of 2 m/s, analyse the problem using multiphase VOF modelling.

Two Phase Flow in an Inclined Pipe VOF

I am excited to share a recent project we completed, titled "Estimation of Crack and Its Growth Using Monte Carlo Simulation for Gas Turbine Blade," carried out using ANSYS. This project focused on accurately estimating crack initiation and growth in gas turbine blades, critical components subjected to extreme conditions. By employing advanced Monte Carlo simulation techniques within ANSYS, we were able to model the probabilistic nature of crack development, enhancing our predictive maintenance strategies and ensuring the reliability and safety of these essential parts. This innovative approach not only improves operational efficiency but also extends the lifespan of the turbine blades, showcasing our commitment to cutting-edge engineering solutions.

Estimation of Crack and Growth Using Monte Carlo for Blade

I recently completed an exciting project on the 3D modeling and finite element analysis (FEA) of a bioinspired design and manufacturing of a flapping mechanism. This innovative work draws inspiration from nature, mimicking the efficient and dynamic flapping motion of birds and insects to create a mechanism with potential applications in various fields, including robotics and aerospace engineering. Utilizing advanced 3D modeling software, I designed a flapping mechanism that integrates seamlessly with cutting-edge manufacturing techniques. The FEA simulations provided critical insights into the mechanical performance, helping to optimize the design for strength, durability, and efficiency. This project not only highlights the synergy between bioinspired design principles and modern engineering but also showcases the potential for developing sophisticated, high-performance mechanisms for real-world applications.

3D Modelling and FEA of Flapping Wing Mechanism

I recently completed an exciting project on the 3D modeling and finite element analysis (FEA) of a bioinspired design and manufacturing of a flapping mechanism. This innovative work draws inspiration from nature, mimicking the efficient and dynamic flapping motion of birds and insects to create a mechanism with potential applications in various fields, including robotics and aerospace engineering. Utilizing advanced 3D modeling software, I designed a flapping mechanism that integrates seamlessly with cutting-edge manufacturing techniques. The FEA simulations provided critical insights into the mechanical performance, helping to optimize the design for strength, durability, and efficiency. This project not only highlights the synergy between bioinspired design principles and modern engineering but also showcases the potential for developing sophisticated, high-performance mechanisms for real-world applications.

3D Modelling and FEA of Flapping Wing Mechanism

I recently designed a shock absorber in SolidWorks, creating detailed models of the piston, cylinder, and spring, and assembling them into a functional unit.
The client was highly satisfied, stating, "The shock absorber design exceeded our expectations with detailed modeling. Highly recommended!"
This project highlights the capabilities of SolidWorks for precise mechanical designs and the quality of the service provided.

3D Modelling of Shock Absorber

I recently utilized Abaqus to simulate a milling operation, focusing on the interaction between the cutting tool and the workpiece. The project involved creating a detailed geometric model of the tool and workpiece, defining material properties, and setting up boundary conditions and cutting parameters. The simulation captured the stress distribution, temperature changes, and material removal process during milling.

Milling operation in Abaqus CAE

In a recent project, we leveraged the power of Rocky DEM software to analyze the behavior of bulk granular materials within eleven unique silo designs. This in-depth simulation provided us with crucial insights into how the material flows, settles, and interacts with the silo walls during various stages. By simulating filling, discharge, and storage scenarios, we were able to proactively identify potential issues like ratholing and uneven distribution, leading to optimized silo geometry for smoother material flow. Rocky DEM simulations also helped us predict wall stresses, allowing for a robust silo structure that can withstand the forces exerted by the material. Furthermore, the analysis identified bottlenecks hindering discharge efficiency, enabling us to refine the design for optimal material flow. Ultimately, this project empowered us to design safer, more efficient, and cost-effective silos for bulk material handling.

Rocky DEM Simulation for Silo

It's a 135 degree inclined 50 mm diameter pipe with a small opening at one face, and a large outlet. Water is entering at one end with a velocity of 2 m/s, analyse the problem using multiphase VOF modelling.

Two Phase Flow in an Inclined Pipe VOF

I am excited to share a recent project we completed, titled "Estimation of Crack and Its Growth Using Monte Carlo Simulation for Gas Turbine Blade," carried out using ANSYS. This project focused on accurately estimating crack initiation and growth in gas turbine blades, critical components subjected to extreme conditions. By employing advanced Monte Carlo simulation techniques within ANSYS, we were able to model the probabilistic nature of crack development, enhancing our predictive maintenance strategies and ensuring the reliability and safety of these essential parts. This innovative approach not only improves operational efficiency but also extends the lifespan of the turbine blades, showcasing our commitment to cutting-edge engineering solutions.

Estimation of Crack and Growth Using Monte Carlo for Blade

I recently completed an exciting project on the 3D modeling and finite element analysis (FEA) of a bioinspired design and manufacturing of a flapping mechanism. This innovative work draws inspiration from nature, mimicking the efficient and dynamic flapping motion of birds and insects to create a mechanism with potential applications in various fields, including robotics and aerospace engineering. Utilizing advanced 3D modeling software, I designed a flapping mechanism that integrates seamlessly with cutting-edge manufacturing techniques. The FEA simulations provided critical insights into the mechanical performance, helping to optimize the design for strength, durability, and efficiency. This project not only highlights the synergy between bioinspired design principles and modern engineering but also showcases the potential for developing sophisticated, high-performance mechanisms for real-world applications.

3D Modelling and FEA of Flapping Wing Mechanism

I recently completed an exciting project on the 3D modeling and finite element analysis (FEA) of a bioinspired design and manufacturing of a flapping mechanism. This innovative work draws inspiration from nature, mimicking the efficient and dynamic flapping motion of birds and insects to create a mechanism with potential applications in various fields, including robotics and aerospace engineering. Utilizing advanced 3D modeling software, I designed a flapping mechanism that integrates seamlessly with cutting-edge manufacturing techniques. The FEA simulations provided critical insights into the mechanical performance, helping to optimize the design for strength, durability, and efficiency. This project not only highlights the synergy between bioinspired design principles and modern engineering but also showcases the potential for developing sophisticated, high-performance mechanisms for real-world applications.

3D Modelling and FEA of Flapping Wing Mechanism

I recently designed a shock absorber in SolidWorks, creating detailed models of the piston, cylinder, and spring, and assembling them into a functional unit.
The client was highly satisfied, stating, "The shock absorber design exceeded our expectations with detailed modeling. Highly recommended!"
This project highlights the capabilities of SolidWorks for precise mechanical designs and the quality of the service provided.

3D Modelling of Shock Absorber

I recently utilized Abaqus to simulate a milling operation, focusing on the interaction between the cutting tool and the workpiece. The project involved creating a detailed geometric model of the tool and workpiece, defining material properties, and setting up boundary conditions and cutting parameters. The simulation captured the stress distribution, temperature changes, and material removal process during milling.

Milling operation in Abaqus CAE

Changes saved

4.4 · 13 Reviews

Reviews

Mechanical Modeling in COMSOL for Mesh Structures

• €80 EUR

Futras Abbas delivered excellent results using COMSOL for our project. Highly skilled, professional, and focused on quality. Highly recommended!

Mechanical Engineering

Finite Element Analysis

Manufacturing Design

Dahiana M.

@damomed

•

Arganda, Spain

•

25 days ago

Share

J

Embedded system design

• $20 AUD

Very well understood the project and helped me a lot.

Mechanical Engineering

Finite Element Analysis

+1 more

Jeff M.

@jeffm49

•

Melbourne, Australia

•

28 days ago

Share

I need expert in Ansys to add loads to Existing Model

• $50 AUD

Good Simulation and Analysis. Will hire again.. !

Mechanical Engineering

Finite Element Analysis

Andro A.

@androaiad

•

Beni-suef, Egypt

•

2 months ago

Share

K

Project for Futras A.

• $150 USD

Professional and on point definitely i will recommend

Mechanical Engineering

Finite Element Analysis

+1 more

Kevin N.

@kevinnyoni57

•

Palapye, Botswana

•

2 months ago

Share

K

CFD Analysis of Bubbling Fluidised Bed -- 2

• $250 USD

Transparent, professional i would recommend

Mechanical Engineering

Thermal Analysis

Computational Fluid Dynamics

Kevin N.

@kevinnyoni57

•

Palapye, Botswana

•

2 months ago

Share

AutoCAD 2D

Jul, 2020 - Aug, 2020

•

1 month

DG Khan cement factory

Jul, 2020 - Aug, 2020

•

1 month

I had been making 2D drawing for different mechanical parts

Jul, 2020 - Aug, 2020

•

1 month

University of Engineering and Technology, Lahore

2020 - 2024

•

4 years

BSc Mechanical

Pakistan

2020 - 2024

•

4 years

AutoCAD and Freelancing certificate

2020

Government of Pakistan

As i completed the course of autocad and freelancing from Officials if government they awarded me with an E-certificate.

2020

US English

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