Research Laboratories

Thermodynamics Laboratory

The Thermodynamics Laboratory of the Mechanical Engineering Department in the Faculty of Engineering was established with the aim of teaching basic and fundamental concepts of thermodynamics, examining thermodynamic relationships, and analyzing the behavior of fluids in interaction with work and heat. This educational laboratory, using standard equipment, enables the performance of various experiments including thermodynamic cycle analysis, gas behavior studies, measurement of thermal parameters, and energy systems. The Thermodynamics Laboratory, with a focus on experimental methods and data analysis, provides a suitable platform for a deep understanding of thermodynamic principles and their applications in various industries. The activities of this laboratory are designed to enhance students' practical skills, create a link between theoretical concepts and engineering applications, and allow comparison of experimental results with thermodynamic analysis results.

List of Equipment:
#  Device Title
1 Mariotte's Bottle
2 Ideal Gas Expansion
3 Phase Change in Gases
4 Vapor Compression Refrigeration Cycle
5 Absorption Cycle
6 Gasoline Engine Test
7 Stirling Cycle
8 Cooling Tower
9 Air Conditioning

Dynamics of Machinery and Vibrations Laboratory


The Dynamics and Vibrations Laboratory of the Mechanical Engineering Department is equipped as an educational environment with the aim of providing practical familiarity with the concepts of machine dynamics, mechanisms, and vibrational phenomena. This laboratory, by utilizing dynamic and vibrational equipment, enables the study of kinematics and dynamics of mechanisms, analysis of vibrational behavior of systems, and application of dynamic absorbers. Laboratory activities include a wide range of specialized experiments such as dynamic analysis of various mechanisms, gears, cams, balancing systems, as well as free, damped, and forced vibrations, single and multi-degree-of-freedom systems, torsional and bending vibrations, and study of critical speed of rotating shafts. This laboratory, using experimental and practical methods, provides a deep understanding of dynamic and vibrational principles and their industrial applications.

List of Equipment

#  Device Title
1 Governors
2 Cam and Follower
3 Gyroscope
4 Planetary Gears
5 Static and Dynamic Balancing
6 Coriolis Acceleration
7 Free and Forced Vibrations
8 Critical Speed
9 Vibration Absorber
10 Balancing of Reciprocating Masses
11 Torsional Vibrations

Fluids Laboratory

The Fluid Mechanics Laboratory of the Mechanical Engineering Department is equipped to provide practical education and understanding of fundamental fluid mechanics concepts. This laboratory, with equipment related to fluid flow, enables the study of various fluid phenomena such as laminar and turbulent flow, vortex, cavitation, hydraulic jump, and flow in pipes. In this laboratory, students can better understand the relationship between theoretical and practical concepts and compare experimental results with theoretical analyses by performing various experiments such as Bernoulli's experiment, jet impact, drag coefficient study, pumps, and analysis of flow in channels and pipes.

List of Equipment:

#  Device Title
1 Pressure Gauge Calibration
2 Center of Pressure
3 Venturi Meter
4 Series and Parallel Pumps
5 Centrifugal Fan
6 Water Jet
7 Pipe Friction
8 Reynolds Number Study
9 Pelton Turbine

Automotive Mechanics Workshop

The Automotive Mechanics Workshop is equipped as an educational-practical environment with the aim of teaching students about vehicle concepts and systems. This workshop, with equipment related to various powertrain systems, transmission systems, fuel delivery, electrical and electronic systems, and suspension, brake, and steering systems, provides comprehensive training on various vehicle components and creates a suitable link between theoretical knowledge and practical skills in the field of automotive mechanics. In this workshop, students acquire the necessary skills for familiarity with vehicle part repair and maintenance through practical activities.

List of Equipment:

#  Device Title
1 Educational Four-Stroke Gasoline Engine
2 Manual Transmissions
3 Cutaway Automatic Transmission
4 Electrical and Electronic Systems
5 Sensors and Ignition System
6 Educational Stand for Steering, Suspension, and Brake Systems
7 Educational Stand for Anti-lock Braking System
8 Educational Stand for Cutaway Engine
9 Diagnostic Device