A University of Virginia-led research team has developed new protective coatings that allow turbine engines to run at higher temperatures before components begin ... that act as a barrier against the ...

Limits of Today's High-Temperature Materials Two primary material systems are used in the hot section of turbine engines today: Coated nickel-based superalloys can tolerate up to about 2,200°F ...

A University of Virginia-led research team has developed new protective coatings that allow turbine engines to run at higher ... by combustion at these high temperatures that can damage turbine ...

This new alloy, however, is lightweight and still maintains its strength at ultra-high temperatures, making it ideal for applications like turbine blades in jet engines. This breakthrough could ...

Mike Millhaem followed his father into GE Aerospace 15 years ago. During that time, he has made a remarkable contribution to ...

GE Aerospace has emerged as a formidable and focused turbine engine producer ... blade business model in the aircraft engine market. The result is high visibility into decades of revenue and ...

If Digital Turbine manages to turn around, a higher multiple would be justified, but I personally think the risk is too high at the moment. In fact, I could see the multiple going even lower ...

At the China Zhuhai Air Show, the country showcased a range of groundbreaking technological innovations, including flying ...

The Russian aerospace firm Mikoyan is developing the PAK DP or MiG-41, a sixth-generation interceptor and fighter to replace ...

The GTF engine unit offers a variety of high-bypass turbofan engines ... The company is responsible for the high-speed low-pressure turbine and the first four stages of the high-pressure compressor.