Go
Where
ever
it takes
you
Hi!
I am Umar Abdullah
Mechanical Engineer
And here is my story!
Go
Where
ever
it takes
you
My
Journey
Begins
Here
About
Who am I?
Detailed oriented mechanical engineer, with a passion of pursuing career in mechanical design and analysis systems. Eager to apply theoretical knowledge and practical skills to contribute to innovative projects and solve real-world engineering challenges.
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
Projects
My Jobs
Work History
collabs
research
My Jobs
Work History
collabs
research
My Jobs
Work History
collabs
research
Projects
that I am proud of
Project # 01
Case Study
Design and Analysis of a Trailer for Transporting Excavator from a 3 x 3 m Tunnel.
Objectives
- Design and build a custom trailer that is:
- Compact and lightweight to navigate the confined space.
- Strong enough to support the weight of the excavator.
- Durable and able to withstand the stresses of transportation.
- Utilize advanced computer simulations to optimize the trailer design and ensure its functionality.
- Implement safety features to prevent the excavator from shifting during transport.
Finalized Design
Results and Discussion
We effectively designed a very low bed trailer with a safety factor over 3.5. This trailer can carry up to 5 tons of load and can be toed to any loader of pulling equipment. We introduced Dolly tires with a load range of 114 which can helps to damp any undesired stresses and ensures safety of loaded equipment.
EXCAVTOR
TRailer Design
Project # 02
Objective
Modelling of a 300cc 2-stroke Dirt Bike Engine Incorporated with Power Valve to Enhance Performance Parameters.
Renderings
Advanced Power Valve
Results and Conclusion
This design would allow for a significant improvement in the performance of the engine. The power valve would allow for more air and fuel to enter the combustion chamber at high engine speeds, which would result in increased power. The reed valve intake system would improve the engine's throttle response and scavenging.
300CC BIKE ENGINE Design
Project # 03
Project Title
Revolutionizing Head Protection: MIPS technology Integration in Cycling Helmets
Objectives
- Proposing a new design for cycling helmets which can help preventing rotational momentum of rider’s neck, resulting in traumatic brain injury (TBI).
- Analyzing the helmet to be more lightweight and compact enough to bear translational impact.
- Utilizing the computer simulation to optimize helmet design while ensuring the functionality.
Finalized Design
Results and Conclusion
This project successfully demonstrated the feasibility of developing a cycling helmet design that addresses both rotational momentum and translational impact, potentially leading to a significant reduction in TBI risk for cyclists. The proposed design incorporated advanced materials, strategic padding, and FEA-driven optimization to achieve both safety and comfort goals.
MIPS HELMET DESIGN
Project # 04
Project Title
Visualization of Stress Element Analysis Using Python
Objectives
This purpose of this code is to create a versatile code for analyzing and visualization of a 2D stress element using different planes. This project is divided into 3 parts
- Visualization of 2D stress element
- Finding Principle stresses and their planes using fundamental formulas
- Finding Maximum and Minimum Shear stresses and their planes
Finalized Design
An interesting feature of this code lies in its capacity to visually depict the orientation of principal stress planes. This exclusive visualization proves advantageous for engineers and analysts by fostering a comprehensive understanding of the spatial distribution of stresses.
PLane Stress ELement
Results and Discussion
EMIAL LINKEDin
Portfolio
Contact
Muhammad Umar Abdullah - Personal Portfolio - Last Updated 2024