Strip Drawing Test. In the strip draw test, friction is determined by pulling sheet steel through opposing flat platens. effective method for inline wear detection in strip drawing tests. The device was mounted on a. this paper summarizes the development of the strip drawing test to date. the strip drawing test is the basic test for assessing the frictional properties of sheets intended for the sheet forming process. This measurement method is based on the hypothesis that. In addition to varying the contact normal stress, the drawing speed and the amount of lubrication, the sheet metal strips can be heated to temperatures of up to 550 °c. A comprehensive study of several lubricant classes at various temperatures in the strip drawing test demonstrated differences in coefficient of friction (cof) and wear performance. The influence of bending is not considered in this test. — an adapted strip drawing test for warm and hot forming processes has already been presented by the authors. In particular, design principles for experimental. The restraining condition is controlled by the force applied on the flat platens.
from www.researchgate.net
A comprehensive study of several lubricant classes at various temperatures in the strip drawing test demonstrated differences in coefficient of friction (cof) and wear performance. In particular, design principles for experimental. this paper summarizes the development of the strip drawing test to date. — an adapted strip drawing test for warm and hot forming processes has already been presented by the authors. The device was mounted on a. In addition to varying the contact normal stress, the drawing speed and the amount of lubrication, the sheet metal strips can be heated to temperatures of up to 550 °c. effective method for inline wear detection in strip drawing tests. The restraining condition is controlled by the force applied on the flat platens. In the strip draw test, friction is determined by pulling sheet steel through opposing flat platens. This measurement method is based on the hypothesis that.
Schematic of the strip drawing test, with the aluminum sheet pulled
Strip Drawing Test In particular, design principles for experimental. The device was mounted on a. In addition to varying the contact normal stress, the drawing speed and the amount of lubrication, the sheet metal strips can be heated to temperatures of up to 550 °c. In particular, design principles for experimental. This measurement method is based on the hypothesis that. The influence of bending is not considered in this test. The restraining condition is controlled by the force applied on the flat platens. — an adapted strip drawing test for warm and hot forming processes has already been presented by the authors. A comprehensive study of several lubricant classes at various temperatures in the strip drawing test demonstrated differences in coefficient of friction (cof) and wear performance. the strip drawing test is the basic test for assessing the frictional properties of sheets intended for the sheet forming process. effective method for inline wear detection in strip drawing tests. In the strip draw test, friction is determined by pulling sheet steel through opposing flat platens. this paper summarizes the development of the strip drawing test to date.
