Development History and Trends of Turbine Blades Turbine blades are divided into two categories: turbine guide blades and turbine working blades. The main function of

CAESES is a flexible and powerful platform for the design of turbomachinery blades, including advanced endwall optimization methods. All parameterized blade models can be closely

As a modern key power mechanical equipment, gas turbine efficiency improvement is crucial to energy utilization and industrial development. In order to enhance the performance

An efficient cooling structure is the key to avoiding thermal damage to air-cooled turbine blades, which directly affects blade cooling efficiency and aircraft engine stability.

As a key rotating component of an aero-engine, the rotor system works in a harsh environment of high temperature, high pressure and high speed for

If the aviation engine and ground gas turbine are the “crown jewels” of modern industry, then turbine blades are the “jewels in the crown”. Turbine

Affected by political, military and economic factors, the development of aircraft engine technology is faster than that of gas turbines. Gas turbines and aircraft engines

Basic Concepts According to the “Gas Turbine Vocabulary” (GB/T 15135-2018), a gas turbine refers to a continuous-flow rotating machine (single machine) that converts thermal energy

The influence of hot corrosion on the fatigue performance of hot end component materials Hot corrosion fatigue performance of high-temperature alloys for turbine blades Many