PORTFOLIO
G I L A N G Y U L I Y A N T O
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO
Welcome, and thank you for taking the time to view my portfolio. The purpose of this portfolio is to provide you with a more profound understanding of the experiences and skills I have acquired throughout my recent journey.
It is my hope that this will allow you to better assess how my skill can be applied to your company. I would be delighted to discuss further and can be contacted using the information provided at the bottom of this page.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
INDEX HALF BIKE EARTHQUAKE SIMULATION TABLE FORMULA STUDENT CAR DESIGN & ANALYSIS FORMULA STUDENT PROJECT ELECTRIC FAT BIKE FLEX EV ELECTRIC CAR BODY
HALF BIKE
The objective of this project is to design a Half Bike, where the bike is created without a rider's seat. The Half Bike can accelerate through the rider's acceleration movement while pedaling. The goal of this bike is for urban use, aiming to reduce air pollution.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Several stages undertaken in this project are Determining the concept and mechanism to be used. Designing the half bike using 3D design software. Performing load analysis on the basic frame. Generating working drawings for manufacturing.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Earthquake Simulation Table
This shaking table utilizes the specific gravity in a fluid medium and exploits the differences in the settling velocities of various minerals. This shaking table is designed to analyze the comparison between tailings and concentrates.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Formula Student Car
The Formula Student car will compete annually in the KMLI event. The initial stage involves a design proposal phase used to select cars from each campus in Indonesia.
The most crucial testing is conducted on the car chassis. Currently, we are utilizing a chassis made from ASTM A53 material, and it will undergo Finite Element Analysis (FEA) to assess its stress, displacement, and safety factor.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Formula Student Project The design and manufacturing of a racing seat for Formula Student prioritize driver ergonomics as the foremost consideration. A well-designed racing seat ensures proper support for the driver during high-speed maneuvers.
The motor holder will experience significant torque from the electric BLDC motor; therefore, it is crucial to choose the right material. We are using ST 41 material and employing CNC manufacturing for optimal results.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Formula Student Project
The nose cone on a Formula Student car is crucial for vehicle aerodynamics, serving both functional and aesthetic purposes. Prior to molding the nose cone, testing is conducted using Computational Fluid Dynamics (CFD). This testing specifically focuses on the drag generated by the surface of the nose cone at various speeds.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Electric Fat Bike
An electric fat bike is competing in a mechanical festival organized by Universitas Sebelas Maret. This bike serves as a solution for urban dwellers looking to avoid traffic congestion but facing distance-related challenges. The bike is equipped with a BLDC (Brushless DC) motor, a controller, and a battery mounted on the frame, providing users with convenience in terms of maintenance.
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO gilang.yuliyanto.tm21@mhsw.pnj.ac.id - +6281298208001
Thank You
G I L A N G Y U L I Y A N T O
GILANG YULIYANTO - MECHANICAL ENGINEER PORTFOLIO