Exif II* 2 University at Buffalo 0 B Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. Testing Tensile Strength:
Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. TESTING TENSILE STRENGHT:
Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications.
TESTING TENSILE STRENGHT:
Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. IN EVERY ISSUE
Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. pplications. TESTING TENSILE STRENGTH
Zhou and his team designed their own 3-D printer to create lightweight objects (above and at right) that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. ENGINEERING: Zhou and his team designed their own 3-D printer to create lightweight objects that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. aerospace design applications. esign applications.
http://ns.adobe.com/xap/1.0/ ENGINEERING: Zhou and his team designed their own 3-D printer to create lightweight objects that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications. University at Buffalo Testing Tensile Strength Photoshop 3.0 8BIM zZ %G Testing Tensile Strengtht University at Buffalox/ENGINEERING: Zhou and his team designed their own 3-D printer to create lightweight objects that can be used to test tensile strength, a measurement of the force required to pull something to its breaking point. Such research is especially useful in bridge, automobile and aerospace design applications.8BIM% 3Z)';wa[ Ducky <