Liquid-to-liquid cooling is a vital process that must be thoroughly tested before being commissioned for use in a data center.

Critical Cool Down

A counterintuitive heat pump can turn industrial waste heat into useful heat.

Bring Back the Heat

A language model methodology uncovers human errors in past aviation and railway accidents.

Lessons from the Past

A hydraulic microforce sensor overcomes limitations of conventional miniaturized force sensors while determining the differences between cancerous and non-cancerous tissues.

Pulling and Peeling

April-June 2026

A proof-of-concept computer model points to a way to reduce the drag effects of ultra-long tethers on underwater kites. Such kites could be used to generate electricity in deep-marine conditions.&nbsp;

A proof-of-concept computer model points to a way to reduce the drag effects of ultra-long tethers on underwater kites. Such kites could be used to generate electricity in deep-marine conditions.

Reducing Drag from Power Kites

Researchers who developed an electrothermal pulse deicing system say it could provide energy-efficient and rapid removal of ice from the wings of electrified aircraft.&nbsp;

Researchers who developed an electrothermal pulse deicing system say it could provide energy-efficient and rapid removal of ice from the wings of electrified aircraft. 

Deicing Planes One Pulse at a Time

The growing demand for AI and other computational tools has created a challenge for engineers tasked with keeping largescale data centers cool. Perhaps the solution is not dumping the waste heat, but reusing it productively.

Data Center Waste Heat is a Resource 

Engineers design a simple but flexible robotic gripper.&nbsp;

Engineers design a simple but flexible robotic gripper. 

A Better Grip

July-September 2025

A techno-economic analysis evaluated the commercial potential of producing electrofuels through Fischer&ndash;Tropsch synthesis using green hydrogen and carbon dioxide.

A techno-economic analysis evaluated the commercial potential of producing electrofuels through Fischer–Tropsch synthesis using green hydrogen and carbon dioxide.

Electrofuel as a Cost-Competitive Shipping Fuel

Researchers at North Carolina State University have modeled the transfer of ultrasonic waves from one optical fiber to another, essentially creating an optical fiber coupler for light waves.

A Fiber Optic Acoustic Coupler for Light Waves

The concept of engineering justice is hardly a new one, but its significance will continue to grow, making understanding the research that has come before vital.&nbsp;

The concept of engineering justice is hardly a new one, but its significance will continue to grow, making understanding the research that has come before vital. 

Engineering Design for All

Complex shapes have been difficult for one or more robots to 3D print&mdash;until now.

Complex shapes have been difficult for one or more robots to 3D print—until now.

Adding a Twist to 3D Printing

October-December 2025

Standards used in the UK for building hydrogen pipelines and piping systems, and how these need to be upgraded for new systems or the conversion of existing oil and gas lines to transmit hydrogen&nbsp;

Researchers analyze UK standards for building hydrogen pipelines and piping systems, and how these need to be upgraded for new systems or the conversion of existing oil and gas lines to transmit hydrogen.

Infrastructure Challenges for Hydrogen Pipelines

Researchers at the University of Waterloo have developed a model that identifies the best way to wrap cables around structural components in spacecraft to minimize their impacts on performance.&nbsp;

Researchers at the University of Waterloo have developed a model that identifies the best way to wrap cables around structural components in spacecraft to minimize their impacts on performance. 

Cable Wrapping to Optimize Performance 

DARPA&rsquo;s 30-year history of thermal management of microsystems began with profound improvements and led to today&rsquo;s strategy of examining application-specific solutions.

DARPA’s 30-year history of thermal management of microsystems began with profound improvements and led to today’s strategy of examining application-specific solutions.

Three Decades of DARPA’s Thermal Management of Microsystems 

Better airflow and heat management are key to creating a liftfan that could boost the viability of short-range urban aircraft.

April-June 2026

In This Issue

Critical Cool Down

Bring Back the Heat

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Lessons from the Past

Pulling and Peeling

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