This animation explains the working principle of turbocharged Diesel engines and turbos in general.
Contents
1) Alfred Büchi and its invention
2) Aircraft, cars and boats with turbochargers
3) 4-stroke Diesel engine as "naturally aspirated engine"
4) Engines at low and high RPM
5) Basic components (turbine wheel, compressor wheel, shaft)
6) Converting thermal energy into kinetic energy
7) Turbo within context (Diesel engine)
8) Other components (intercooler, wastegate)
This video explains what a turbocharger is, how it functions and each of the main components (turbine, compressor etc.).
We answer questions such as:
What is turbo lag?
What is the difference between a turbocharger and supercharger?
Why does a turbocharger make an engine efficient?
Why does a turbocharger increase the engine power output?
All the components are discussed using an interactive 3D model. Components are:
Turbine
Compressor Wheel
Common Shaft
Volute Casing
Bearings
The video also shows an entire air and exhaust system which allows you to see where the turbocharger fits into the system and how it works.
The location of the turbocharger on the engine is shown at the start of the video.
This animation explains the working principle of turbocharged Diesel engines and turbos in general.
Contents
1) Alfred Büchi and its invention
2) Aircraft, cars and boats with turbochargers
3) 4-stroke Diesel engine as "naturally aspirated engine"
4) Engines at low and high RPM
5) Basic components (turbine wheel, compressor wheel, shaft)
6) Converting thermal energy into kinetic energy
7) Turbo within context (Diesel engine)
8) Other components (intercooler, wastegate)
This video explains what a turbocharger is, how it functions and each of the main components (turbine, compressor etc.).
We answer questions such as:
What is turbo lag?
What is the difference between a turbocharger and supercharger?
Why does a turbocharger make an engine efficient?
Why does a turbocharger increase the engine power output?
All the components are discussed using an interactive 3D model. Components are:
Turbine
Compressor Wheel
Common Shaft
Volute Casing
Bearings
The video also shows an entire air and exhaust system which allows you to see where the turbocharger fits into the system and how it works.
The location of the turbocharger on the engine is shown at the start of the video.
No comments:
Post a Comment