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Learn Siemens NX for Advanced Gas Turbine Engine Blade Design

Learn Siemens NX for Advanced Gas Turbine Engine Blade Design
Learn Siemens NX for Advanced Gas Turbine Engine Blade Design

Learn Siemens NX for Advanced Gas Turbine Engine Blade Design

Using two live industrial projects, you will learn the drawing study and 3D CAD modeling of gas turbine engine-turbine blades.

What you’ll learn

Learn Siemens NX for Advanced Gas Turbine Engine Blade Design

  • Gas Turbine Engine-Turbine Blade 3D Solid Modeling in Siemens NX for Industrial Gas Turbine Engine-Turbine Drawing Studies
  • Recognizing the fundamentals of an aerofoil through precise industrial drawings
  • Siemens NX is used in the aerospace industry.
  • Learn from an author who has over 45 years of expertise and is a mentor in the industry.

Requirements

  • A machine running Siemens NX
  • It would be advantageous to be familiar with Siemens NX’s foundational tools.

Description

  • The tens of thousands of blades employed inside the gas turbine engine are what all these depend on. The gas turbine engine, which is an aircraft’s power source and what allows it to move forward, has blades that are both crucial and frequently misused.
  • Due to its excellent power-to-weight ratio, the gas turbine engine has a wide range of applications. It powers things like pumps, gas compressors, tanks, ships, trains, power plants, and helicopters. They include Firtree root, Shroud, and root with a labyrinth for sealing the air and internal cooling pathways as a result of this.

Two projects are part of this course:

  • The second stage of an aero engine’s turbine blade
  • The fourth stage of an aero engine’s turbine blade

A Firtree root and a shroud with a labyrinth can be found in the first project.

The second project involves creating a turbine blade with a tree root, a labyrinth as a platform for the root, and internal cooling canals to keep the blade cool while it is operating.

You will learn about the turbine blade industrial drawing and the method of studying those designs through both tasks.

You will only learn information that is strictly industrial in this course, which will raise your level of expertise to that of specialists working in the gas turbine sector.

Therefore, QUIT WONDERING, GET FREE LESSONS NOW, AND JOIN.

Who this course is for:

  • Attendees should be engineers, enthusiasts, or anyone interested in learning blade design basics for aerospace applications.
  • Students and those wishing to add a project from a company to their resume
  • This course is for anyone who wants to learn more about how CAD software is used in the aerospace industry.

Learn Siemens NX for Advanced Gas Turbine Engine Blade Design

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