New ‘smart’ materials to revolutionize car design
December 31st, 1969
General Motors recently demonstrated its latest development in the field of smart materials during a media event at its R&D center. New technologies such as shape memory alloys and polymers are just some of the new materials that GM is investigating for future use in its cars. The materials get their name from their ability to change shape, stiffness or strength when either heat, stress, electric current or a magnetic field is applied and can then return to its former state when the stimulus is removed.
These new materials could eventually lead to many possible movable features in cars, and we may even see the first production examples as early as 2010. Such possibilities include buttons and handles that automatically pop out when required, active surfaces that can move depending on vehicle speed to aid aerodynamics, and light-weight actuators and sensors that could replace the heavy motors and hydraulic systems found in today’s cars.
GM’s executive director of R&D Alan Taub also hinted at the possibility of vehicles that can self-heal in the event of damage, or can be designed to change color or appearance at the touch of a button.
Via: Technology News Daily
General Motors recently demonstrated its latest development in the field of smart materials during a media event at its R&D center. New technologies such as shape memory alloys and polymers are just some of the new materials that GM is investigating for future use in its cars. The materials get their name from their ability to change shape, stiffness or strength when either heat, stress, electric current or a magnetic field is applied and can then return to its former state when the stimulus is removed.
These new materials could eventually lead to many possible movable features in cars, and we may even see the first production examples as early as 2010. Such possibilities include buttons and handles that automatically pop out when required, active surfaces that can move depending on vehicle speed to aid aerodynamics, and light-weight actuators and sensors that could replace the heavy motors and hydraulic systems found in today’s cars.
GM’s executive director of R&D Alan Taub also hinted at the possibility of vehicles that can self-heal in the event of damage, or can be designed to change color or appearance at the touch of a button.
Via: Technology News Daily
These new materials could eventually lead to many possible movable features in cars, and we may even see the first production examples as early as 2010. Such possibilities include buttons and handles that automatically pop out when required, active surfaces that can move depending on vehicle speed to aid aerodynamics, and light-weight actuators and sensors that could replace the heavy motors and hydraulic systems found in today’s cars.
GM’s executive director of R&D Alan Taub also hinted at the possibility of vehicles that can self-heal in the event of damage, or can be designed to change color or appearance at the touch of a button.
Via: Technology News Daily
More from MotorAuthority
-
11/09/2009
Keating Boasts 260.1 MPH Top-Speed For TKR Supercar
You may recall that we first reported about British sports car manufacturer ...
-
11/09/2009
Jaguar Launches New R Performance Academy
For some, a day at the track driving the fastest Jaguars on sale today ...
-
11/09/2009
2010 BMW M3 GTS Shows Off In Pair Of New Videos
Over 400 pounds lighter, a whole lot less concerned about comfort and far, ...
More from High Gear Media
-
TheCarConnection.com | 11/09/2009
2010 Toyota Yaris
2010 TOYOTA YARIS STYLING | [7 out of 10] Edmunds: "looked ...
-
TheCarConnection.com | 11/09/2009
2010 Toyota Yaris
TheCarConnection.com has highlighted some of the most useful review ...
-
LexusReports.com | 11/09/2009
NHTSA Takes a Swipe at Toyota Over Recall Claims
The drama surrounding Toyota's floor mat related recall just won't go ...



Comments (0 total)
Meet the top commenters on the LeaderboardPost a Comment
Sign In |