Multimedia

GE Aviation’s single-spool turboshaft architecture is facing off against a dual-spool design by Advanced Turbine Engine Company in the U.S. Army’s competition to upgrade the T700 engines that power its Apache and Black Hawk helicopters.

The video shows life onboard the station as well as experiments undertaken by astronauts.

Characterized ball valves provide enhanced flow control along with several additional advantages compared to globe valves.

A new open-source numerical toolkit simulates the response of floating energy structures under realistic marine conditions in order to optimize system design.

A new modular robot from Cornell University can autonomously change shape based on its surroundings and the task at hand.

The Global Positioning System (GPS) is a global navigation satellite system continuously broadcasting signals that allow receivers anywhere in the world to determine their location through a process of trilateration.

A new coating technology offers a way to keep oil from clogging filter membranes and other equipment used in the oil and gas industry.

A recent aerial survey of polar ice conducted by NASA’s Operation IceBridge team documented a peculiar iceberg formation in the northern Antarctic Peninsula.

Commercial activity on New York’s Erie and Champlain canals, two of America’s original superhighways, is on the rise.

The renewable resource-based sponge demonstrated high mechanical compressibility and excellent oil/water absorption selectivity.

A Greek merchant ship dating back more than 2,400 years has been found lying on its side off the Bulgarian coast.

FlyCroTug is a miniature flying robot that can move objects 40 times its own weight.

The system sends a deluge of water 100 feet into the air in under a minute.

When the pressure and velocity are high, turn to the Turcon Roto Glyd Ring V.

A new manufacturing process bodes well for developing microscopic robots that swim through the bloodstream to detect disease or traverse pipelines to monitor structural integrity.

Anymal independently navigates by continuously mapping its environment with stereo cameras and lidar to understand its location and any obstacles to plot an optimal path forward.

A new method measures the complexity of a data visualization and can be used to develop easier to read visualizations.

We stock a broad range of hydraulic seals, suitable for many applications, from simple linear systems through to heavy-duty rotation applications.