DIAGNOSIS OF WORKING MECHANISMS IN MACHINERY AND EQUIPMENT MODELLING – DESIGNING – ASSESSMENT OF THE CONDITION Adam Idzikowski

Introduction

1. DIAGNOSTIC MONITORING OF ELEMENTS AND STRUCTURES OF THE SPECIAL PURPOSE VEHICLE 
1.1. Introduction
1.2. Analysis of the characteristic features of the selected special purpose vehicle
1.2.1. Analysis of the regulations relating to the vehicles for the transport of horses
1.2.2. Structural elements, characteristic of the vehicles for the transport of horses
1.2.3. Areas of the object requiring diagnostic monitoring
1.3. Proposals of exemplary solutions for diagnostic monitoring of elements and structure of the vehicle for the transport of horses
1.4. Summary 

2. THE METHODOLOGY OF THE DESIGN OF THE DIAGNOSER OF BRAKING MECHANISMS USING MODELLING TECHNIQUES
2.1. Introduction
2.2. The methodology of the process of diagnosing the hydraulic circuit of the working brake in motor vehicles
2.3. Summary

3. RESEARCH ON VIBRATIONS OF FRICTION LININGS OF THE CAR BRAKING MECHANISM
3.1 Introduction
3.2. Elements of traffic safety
3.3. Modeling the dynamics of vibrations of braking system
3.4. New solution for the disc braking system
3.5. Elements of the disc braking systems 
3.6. Braking force test 
3.7. Summary

4. ASSESSMENT OF TECHNICAL CONDITION OF THE CAR BRAKING MECHANISM IN THE PROCESS OF OPERATION
4.1. Introduction
4.2. Analysis of the vehicle braking process 
4.2.1. Real and theoretical braking distance
4.2.2. Driver's reaction time
4.2.3. Dependence of the braking distance on changes in coefficient of adhesion
4.3. Stability analysis of the car movement 
4.4. Braking performance conditions
4.5. Maintenance of the braking system 
4.5.1. Brakes with hydraulic actuating mechanism
4.5.2. Brakes with air actuating mechanism
4.6. Equipment for diagnosing and servicing
4.7. Summary