Manual transmission VAZ 2107

Contents

Introduction

1 TECHNICAL CHARACTERISTICS OF THE VEHICLE

2 CONSTRUCTION OF EXTERNAL SPEED CHARACTERISTIC OF AUTOMOBILE ENGINE

3 VEHICLE TRACTION BALANCE

4 VEHICLE DYNAMIC FACTOR

5 CHARACTERISTICS OF VEHICLE ACCELERATIONS

6 CHARACTERISTICS OF TIME AND ACCELERATION PATH

CAR

7 VEHICLE POWER BALANCE

8 FUEL-ECONOMIC CHARACTERISTICS OF THE VEHICLE

9 GEARBOX CALCULATION

10 GEARBOX ASSEMBLY DRAWING

11 PRIMARY SHAFT DRAWING

12 DRAWING OF ELASTIC COUPLING FORK OF CORDANNO SHAFT

13 DRAWING OF DRIVEN GEAR 1

INTRODUCTION

The purpose of the course work is to consolidate knowledge of the main sections of the course "Car Theory," as well as to instill the skills of independently studying the operational properties of motor vehicles. In the process of course work, students get acquainted with the characteristics and parameters of cars, analyze the nature of changes in performance depending on road conditions. We calculate the traction and fuel-economic properties of the car. According to the calculation, the following graphs are drawn:

1) External speed characteristic graph of the car engine;

2) Car traction balance schedule;

3) Graph of the dynamic factor of the car;

4) Schedule of acceleration characteristics;

5) Graph of vehicle acceleration characteristics by time and along the way;

6) Vehicle power balance chart;

7) Schedule of fuel and economic characteristics of the car.

Coursework includes settlement material and schedules. Each plot is performed on a separate sheet of millimeter paper size 297 * 210 (A4 format). You must try to place graphs in the entire sheet. In this case, a convenient scale should be observed so that the calculated values ​ ​ of the values ​ are 0.1; 1; 10; etc. corresponding to a distance of 5 in the graph; 10; 15 mm.

The design and graphic parts are brochured together, with the graphics part located behind the design part. All graphs are penciled according to patterns.

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