Design of a Belt Conveyor

The project aims to design a belt conveyor for bulk material handling in various industries, following the RULMECA catalog guidelines for rollers and components, and meeting the ISO 9001/2000 quality management system standards for reliability, efficiency, and safety.

Crack propagation investigation

A project aimed at understanding how cracks propagate or spread over time by studying the behavior and mechanics of cracks in materials or structures. My job as an engineer is to evaluate the crack propagation data obtained from the investigation and determine whether or not the crack is safe.

Design of Hyderlic Cylender

Forklift Stability

The project aims to understand the practical application of statics equations in real-life engineering examples.

Design and Analysis of a Camshaft

Optimizing Engine Performance

Investigating Hyperelastic Behavior of 3D Printed Rubber-like Material

Tests will be conducted on an isotropic, incompressible 3D printed rubber specimen. Calibration and curve-fitting processes will then determine the material's hyperelastic properties.

Generative design of an engineering part

Generative design is a simulation method for cremating modifying engineering parts that involves the use of algorithms to generate a large number of design options and then selecting the best one based on performance criteria.

Hand Calculation vs Multisim : Circuit Analysis

The project will create the circuit, analyzing it using hand calculations and Multisim simulation, and comparing the results. A detailed description of the circuit, the hand calculation process, the Multisim simulation setup, and a comparison of the results obtained from both methods will be included in the project report.

A Comparative Analysis of Earthquake Response to Historical Events

This project aims to analyze the earthquake response of a four-story building using ANSYS software and compare it with historical earthquake data from Turkey and El Centro.

Twin Oscillating Steam Engine

A twin oscillating steam engine is a type of reciprocating steam engine that converts steam pressure into mechanical energy by using two oscillating cylinders. It was popular in the nineteenth century and is known for its quiet operation and small size. It is now commonly used in hobbyist and educational projects to demonstrate the principles of steam power and mechanical engineering.

Sensor-Based Measurement Technologies

The purpose of this project is to learn about the operation and main characteristics of various types of sensors, such as inductive, capacitive, temperature, photovoltaic, strain gauge, and optical sensors. The project aims to provide a comprehensive understanding of sensor technology and how it can be applied in various industries and applications by investigating the unique properties and capabilities of each sensor type.

Design of a Drum Brake

My Design project demonstrates a comprehensive understanding of the mechanics of the drum brake system as well as my ability to design and draw a complex mechanical system.