One famous limit of thermodynamics is that heat engines, like steam engines and internal combustion engines, must be less efficient than a Carnot heat engine (a heat engine cycle designed by French ...

A bold move that redefined aviation performance: the untold story behind the Boeing 757's dual-engine strategy.

Two revolutionary aerospace technologies collide as GE Aerospace and Lockheed Martin team up to demonstrate a new ...

As downsizing has emerged as one of the best ways to meet tightening emissions rules, Ford has dived in headlong with its range of EcoBoost engines. The small turbo engines feature in everything from ...

Why GE’s GEnx dominates the Boeing 787-10: exploring the engines behind Boeing’s most modern widebody and why airlines prefer ...

Recent advances in the analysis of aviation engine efficiency and sustainability have expanded the understanding of engine performance beyond traditional energy metrics. Researchers are increasingly ...

Pratt & Whitney thinks the aerospace industry might need a bit more time to achieve a broad goal of squeezing at least 20% more efficiency out of the next generation of narrowbody aircraft engines.

Adaptive cycle engines are specially designed to alternate between efficiency and raw power—extending an aircraft’s range ...

As automakers search for new means of minimizing the fleet consumption of their vehicles, they have come across the concept of intelligent thermal management as a means of boosting engine efficiency.

Every fleet strives to achieve two things when it comes to engines. The first is to maintain efficiency in order to reduce operating and service costs. The other is to ensure the longest possible ...

Wärtsilä’s Sean Hughes shares why engine-based data center onsite generation is ascending the podium in the race to power up ...