While NASA’s Artemis program may ultimately abandon the Space Launch System rocket, for now, Melbourne-based L3Harris is ...

[1] RANS based numerical simulation of a GCH4/GO2 rocket engine combustion chamber with film cooling and improvement of wall heat flux prediction. Applied Thermal Engineering (2023).

Rocket combustion and heat transfer dynamics encompass a range of interlinked phenomena critical to the design and operation of modern rocket engines.

The project is being worked on by students of the graduate Institute No. 2 "Aviation, Rocket Engines and Power Plants" MAI, ... By giving it a specific shape, it is possible to program the pressure ...

Explore the breakthrough of Kelvin Mk.1, Northern Ireland's first student-designed liquid rocket engine from Queen's University Belfast.

NASA and L3Harris have successfully test-fired the first RS-25 rocket engine, to help power the fifth launch of the SLS ...

It looks like metal art—but it's high-stakes rocket science. Discover NASA’s surprisingly elegant method for crafting ultra-strong combustion chambers.

Well, you might try engine-sim which is a real-time internal combustion engine simulation. Honestly, the program freely admits that it isn’t accurate enough to do engineering or engine tuning.

McGregor will soon get a second SpaceX plant, this one geared to make 800 to 1,000 rocket engines per year to help the company reach its interplanetary ambitions, CEO Elon ...

Gilmour Space Technologies said an “unexpected power surge” caused the payload fairing anomaly that halted the launch on 15 May. “The payload fairing system was triggered during vehicle ...