Table of contents

1 - Homepage

2 - Background

2.1 - General principals

2.2 - Specific examples

2.2.1 - Thermodynamics of heat engines

2.2.1.1 - The laws of thermodynamics

2.2.1.2 - Types of transformation

2.2.1.3 - Operating principle

2.2.1.4 - Classification of heat engines

2.2.1.5 - Thermodynamic cycles

2.2.1.6 - Fuel quality standards

2.2.1.7 - Combustion

2.2.1.8 - Thermodynamic performance

2.2.2 - Mechanical design of heat engines

2.2.2.1 - Reciprocating four-stroke and 2-stroke petrol engines

2.2.2.2 - Four-stroke and two-stroke reciprocating gas oil engines

2.2.2.3 - Gas turbine

2.2.2.4 - Lubrification

2.2.2.5 - Cooling

2.2.2.6 - Exhaust gases

2.3 - Summary and conclusions

3 - Technologies

3.1 - Basic principle

3.2 - Working clearance and arithmetic roughness

3.3 - Optimised principle

3.4 - Stop control by actuating cylinders

3.5 - Stop control by electric motors

4 - Animated models

4.1 - Basic principle

4.2 - Optimised principle

5 - Examples of applications

5.1 - General principals

5.2 - Application to a heat engine

5.2.1 - Example of basic application

5.2.2 - Example of improved application

6 - Case studies

6.1 - Study of leaks in a pump or compressor

6.2 - Study of leaks in a compressed-air or hydraulic engine

6.3 - Study of a linear motor torque

6.4 - Study of minimal stop tilting

6.5 - Study on compression rates

7 - Our projects

7.1 - Teaching model

7.2 - Turbivo at the Centre Énergétique et Procédés of Paris

8 - Our services

9 - Find out more

10 - Download

11 - About turbivo

12 - Legal

13 - Contact us

14 - Links

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