Qatar, a small Middle Eastern country that has been designated host of the 2022 World Cup, is not known for its mild summers. In fact, temperatures in July regularly average over 115 degrees F (50 degrees C), which presents a serious challenge to the event’s organizers.
But not to fear – engineers from Qatar University’s Department of Mechanical and Industrial Engineering have a clever solution. Over the next ten years they plan to develop an artificial cloud that will hover over the soccer stadium and provide crucial shade to players and audience members.
For the past three years, students from all over the country have been competing to design the ultimate vehicle that balances performance, safety and consumer appeal with fuel efficiency and emissions-reduction.
The 16 university teams participating in EcoCar: The NeXt Challenge recently tested their cars in Ann Arbor, MI, as they geared up for the Competition Finals.
While this spacey-looking disk will not allow your car to time-travel, it might replace its internal combustion engine
Here’s a new approach to decreasing the environmental impact of cars: a new auto motor could make them 20 percent lighter and reduce emissions by 90 percent.
Michigan researchers have built a prototype of a disk-shaped shock wave generator that could replace the current internal combustion engine in cars. The generator is about the size of a saucepan and does not need a transmission, cooling system, or emissions regulation fluid, which would reduce the weight of a vehicle by 1,000 pounds.
Here’s an uplifting story for today: a team of engineers from National Geographic has created a real, flying model of the balloon-powered house from Pixar’s movie Up.
The crew worked overnight in a chilly desert near Los Angeles to pull off the stunt, which included filling 300 giant balloons with helium, and custom building a 16’x16’x18′ lightweight house.More pictures and a video after the jump.
For the past three years, students from all over the country have been competing to design the ultimate vehicle that balances performance, safety and consumer appeal with fuel efficiency and emissions-reduction.
