The failure analysis of gas and compressor turbine blades ... Another study specifically examined the failure of high-pressure turbine blades in jet engines, identifying thermo-mechanical fatigue ...

Two companies are partnering to tackle one of the wind energy industry’s most persistent challenges—and they may set a world ...

Safran expects to secure certification for improved high-pressure turbine blades for the CFM International Leap-1B engine later this year, following approval in December for the enhancement on the -1A ...

A new turbine profile was designed based on the engine-side boundary conditions of the existing UHBR-GTF engine preliminary design from the DLR Perfect project. The complex blade geometry is ...

TASS/. Currently, Russian manufacturers "grow" turbine blades for gas turbine engines from special powder instead of cutting them from a hunk of metal, thus reducing the production period from six ...

Technical difficulties were never fully overcome, the increasing cost of fuel made gas turbine cars uneconomic to run, and meanwhile by the 1960s the piston engine had improved immeasurably over ...

Laser shock peening, or more simply laser peening, is an effective method of increasing the resistance of gas turbine engine compressor and fan blades in aircraft to foreign object damage and ...

The global gas turbine market size was valued at USD 21.5 billion in 2024 and is projected to grow from USD 22.6 billion in ...

A heavy-duty gas turbine has passed a ... is equal to the combined turbocharged engine power of 1,300 Porsche 911 cars. Yet the precision of its core blades is maintained within the thickness ...