Ordu University Lifelong Learning Programme

Description of Individual Course Units

Course Unit Code	Course Unit Title	Type of Course Unit	Year of Study	Semester	Number of ECTS Credits
OTO203201291190	POWER TRANSMISSION COMPONENTS	Compulsory	2	3	4

Level of Course Unit

Short Cycle

Objectives of the Course

The aim of the course is • to teach vehicle driveline, gain new knowledge and skills • to equip students with the knowledge and skills of technological developments in the driveline

Name of Lecturer(s)

Öğr. gr. Şükrü YILMAZ

Learning Outcomes

1	İçten yanmalı motorlarda üretilen tork ve hız taşıtın doğrudan tahriki için uygun olmadığını, değişen yol ve yük durumlarında motorun ürettiği tork ve hızın taşıtın ihtiyacı olan tork ve hız karakterini bilir.
2	Güç aktarma organlarını, görevlerini, tork ve devir değişimlerini gerçekleştirme usullerini, ( kavrama, vites kutusu, şaft, mafsallar, diferansiyel, akslar, tekerlek ve lastikleri kapsar) çalışma koşullarını bilir.
3
4	Power transmission components
5	Working conditions of power transmission components
6	Mechanical coupling, magnetic coupling and hydraulic coupling
7	Torque Converters. Types of gear boxes
8	Gear ratios. Synchronizer assemblies
9	Planetary gear system. Automatic Gear Boxes.
10	Shaft and joints
11	Differential gear
12	Reduction Systems, hydrostatic, hydrodynamics, variable gear boxes, worm learns

Mode of Delivery

Formal Education

Prerequisites and co-requisities

Yok

Recommended Optional Programme Components

Week 1 Power transmission components . 1 Week 2 Vehicle characteristics and engine characteristics. 1 Week 3 Working conditions of power transmission components. Characteristics of the clutches and clutch. 1 Week 4 Mechanical coupling, magnetic coupling and hydraulic coupling 1 Week 5 Torque Converters. Types of gear boxes 1 Week 6 Gear ratios. Synchronizer assemblies 1 Week 7 Planetary gear system. Automatic Gear Boxes. 1 Week 8 Midterm Exam 1 Week 9 Shaft and joints 1 Week 10 Differential gear 1 Week 11 1. axle and other intermediate elements 1 Week 12 All of the above issues, such as workshops and practical work in the laboratory makes the call and disconnect and failure. 1 Week 13 Reduction Systems, hydrostatic, hydrodynamics, variable gear boxes, worm learns. 1 Week 14 Transmission system used in hybrid vehicles, Microprocessor-controlled transmission components. 1 Week 15 Transmission system used in hybrid vehicles, Microprocessor-controlled transmission components. 1 Week 16 Final Exam 1

Course Contents

• Power transmission components • Working conditions of power transmission components • Mechanical coupling, magnetic coupling and hydraulic coupling • Torque Converters. Types of gear boxes • Gear ratios. Synchronizer assemblies • Planetary gear system. Automatic Gear Boxes. • Shaft and joints • Differential gear • Reduction Systems, hydrostatic, hydrodynamics, variable gear boxes, worm learns

Weekly Detailed Course Contents

Week	Theoretical	Practice	Laboratory
1	Power transmission components
2	Vehicle characteristics and engine characteristics
3	Working conditions of power transmission components. Characteristics of the clutches and clutch.
4	Mechanical coupling, magnetic coupling and hydraulic coupling
5	Torque Converters. Types of gear boxes
6	Gear ratios. Synchronizer assemblies
7	Planetary gear system. Automatic Gear Boxes
8	Midterm Exam
9	Shaft and joints
10	Differential gear
11	. axle and other intermediate elements
12	All of the above issues, such as workshops and practical work in the laboratory makes the call and disconnect and failure.
13	Reduction Systems, hydrostatic, hydrodynamics, variable gear boxes, worm learns.
14	Transmission system used in hybrid vehicles, Microprocessor-controlled transmission components.
15	Transmission system used in hybrid vehicles, Microprocessor-controlled transmission components.
16	Final Exam