In order to further improve the temperature gradient in directional solidification, the researchers developed a liquid metal cooling method based on the rapid cooling method. This method uses liquid metal to cool castings, that is, the extracted cast...
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Turbine blade is the core hot end component of gas turbine, its research and development and manufacturing is an important reflection of the development scale and technical level of a country's industry. The recent research progress of gas turbine bl...
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Guide Vanes: Engineered for Peak Performance with Inconel X-750 and Reverse Engineering Expertise Guide vanes, those often overlooked yet vital components within gas turbines, play a crucial role in directing and controlling the flow of scorching hot...
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Guide Vanes, a critical component in the aerospace and industrial sectors, play a pivotal role in controlling and directing airflow or fluid flow within engines, turbines, and other mechanical systems. These components are essential for optimizing th...
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Guide Vanes, a critical component in the aerospace and industrial sectors, are engineered to control and direct airflow or fluid flow within engines, turbines, and other mechanical systems. These components are indispensable for optimizing the perfor...
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Guide vanes, those often overlooked yet vital components within gas turbines, play a crucial role in directing and controlling the flow of scorching hot, high-pressure gases, ensuring optimal efficiency, performance, and longevity for these powerhous...
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The manufacturing process of turbine blades often involves multiple steps and processes to ensure the accuracy, quality and performance of the final product. The following are the general steps of the turbine blade manufacturing process:
Design a...
Aerospace field: In the aerospace field, turbine blades are widely used in jet engines, turbochargers and turbine power rotors. Due to the particularity of the working environment of aerospace engines, turbine blades are required to have extremely hi...
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1. Aerospace field
my country's development of independent aerospace industry to develop advanced engines will increase market demand for high-end and new high-temperature alloys.
Aviation engines are known as the "flower of industry" and are...
Various degradation rates of materials are accelerated in high-temperature environments. During use, tissue instability, deformation and crack growth under the action of temperature and stress, and oxidative corrosion of the material surface are pron...
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High-temperature alloys refer to a type of metal materials based on iron, nickel, and cobalt that can work for a long time under high temperatures above 600°C and certain stress; and have high high-temperature strength, good anti-oxidation and anti-c...
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The turbine disc is one of the core components of the aeroengine. It is a component used to install and fix turbine blades to transmit power. It works in a high-temperature, high-pressure, and high-speed environment and has extremely high requirement...
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