Vehicle clutch drawings and DBE

Contents

Introduction

1. Project Task

2. Selection of the main parameters of the designed car

3. Determination of vehicle speed properties

3.1. Calculation of speed characteristic

3.2 Calculation of power balance

3.3. Power Balance Calculation

3.4. Building a dynamic car passport

3.5. Plot Acceleration

3.6. Calculation of acceleration time and path

4. Determination of fuel economy

4.1. Construction of cyclogram Calculation of the number of production personnel

4.2. Calculation of power and hourly fuel consumption at partial engine loading modes

5. Calculation of traffic modes on the route

6. Clutch Design

6.1 Selection of main parameters of clutch driven disk

6.2 Evaluation of adhesion wear resistance

6.3. Assessment of clutch heat stress

6.4. Calculation of adhesion parts for strength

6.4.1. Calculation of clutch pressure springs

6.4.1.1. Calculation of twisted coil springs

6.4.2. Selection of torsional oscillation damper springs parameters

6.4.3. Clutch shaft calculation

6.4.4.. Calculation of parts transmitting moment from flywheel to pressure disc

6.5. Selection of main parameters of clutch control drive

Car Source Data Card

Introduction

In the course project in the discipline "Cars," I determined and evaluated the speed properties and fuel economy of the GAZ 5204 car, and also calculated the clutch for the data I calculated and developed the design of the clutch of the car according to the prototype.

In the course design, the necessary data are calculated for the construction of speed characteristics, power and power balances, dynamic characteristics, acceleration schedules, time and acceleration path, graphs reflecting fuel consumption during steady and non-steady motion.

КП сцепление A1.cdw

сцепление A1 5.11.cdw