Description
Advanced Gas Turbine Engine Blade Design Course with Siemens NX
- The power output of a gas turbine engine depends largely on the amount of air it can draw in from the atmosphere and how efficiently the air flows through the engine for use in the turbine and exhaust sections.
- It all depends on the 1000 blades used inside the gas turbine engine. The rotor blades are the most important and most stressed part inside the gas turbine engine, the power plant of an aircraft that gives it the ability to move forward.
- The applications of the gas turbine engine are limitless because it has a very high power-to-weight ratio. It is used to power airplanes, helicopters, ships, trains, power plants, pumps, gas compressors, tanks, etc.
- And behind every successful gas turbine is a set of very complex and precise blades. Especially turbine blades.
- Turbine blades are exposed to very high fatigue loads and temperatures of over 1000 degrees Celsius during operation in the engine. For this reason, they are equipped with a fir tree root, a jacket and a root with a labyrinth for air sealing and internal cooling channels.
in this time span; We have compiled the right content that will give you sufficient knowledge about turbine blades. This course includes 2 projects:
- The turbine blade of the second stage of an air engine
- Turbine blade stage 4 of an air engine
The first project is about a Firtree root and shroud with labyrinth. The second project is about a Firtree turbine blade with roots and labyrinth as root platform and internal cooling channels to cool the blade during operation. In both the projects, you will experience the industrial map of turbine blades and the process of studying these maps. All the knowledge you will gain in this course is purely industrial and this level of knowledge will take you to the level of experts in the gas turbine industry. So stop thinking. Attend free lectures and join today.
What you will learn in the course “Advanced Gas Turbine Engine Blade Design using Siemens NX”
-
Industrial Gas Turbine Engine – Turbine Blade Drawing Study
-
Gas turbine engine – 3D solid modeling of the turbine blade in Siemens NX
-
Understand the basics of wings using realistic industrial drawings
-
The application of Siemens NX in the aerospace industry
-
Learn from an author who is an industry expert and trainer with over 45 years of experience
The course “Advanced Gas Turbine Engine Blade Design with Siemens NX” is suitable for people who
- Engineers, hobbyists and anyone interested in learning the fundamentals of rotor blade design for aerospace applications.
- Students and individuals who wish to enrich their CV by taking up an industrial project
- Anyone who wants to learn more about CAD software applications for aerospace.
Advanced blade design for gas turbine engines using Siemens NX course specifications
- Editor: Udemy
- Teacher: Roy Academy
- Training level: beginner to advanced
- Training duration: 4 hours and 37 minutes
- Number of courses: 31
Course headings
Course requirements
- Computer loaded with Siemens NX
- Knowledge of the basic tools of Siemens NX would be an advantage
Course pictures
Sample video of the course
installation Guide
After extracting, you can watch it with your favorite player.
English subtitles
Quality: 720p
Download link
free download software
Size
2.9GB