TY - JOUR AB - THE main object of this paper is to help bridge the gap that exists between the scientific knowledge of materials and the practical application of that knowledge to the production technique of sheet‐metal forming. During the past year the Production Research Group of Lockheed's engineering department has given special attention to this important problem and has worked closely with the production departments in an effort to put sheet‐metal forming on a scientific basis. The following discussion is based largely on the work of the Production Research Group, as reported in various references and in papers yet to be published. Mr. William Schroeder and Mr. G. A. Brewer of this group have been particularly helpful to the author in the preparation and editing of the technical material. Because of the scope of the present paper, detailed discussion and analysis of new developments cannot be undertaken; however, such information will be made available as soon as possible in the form of individual papers by those directly responsible for the work. VL - 14 IS - 10 SN - 0002-2667 DO - 10.1108/eb030953 UR - https://doi.org/10.1108/eb030953 AU - Shanley F.R. PY - 1942 Y1 - 1942/01/01 TI - Elastic Theory in Sheet‐Forming Problems T2 - Aircraft Engineering and Aerospace Technology PB - MCB UP Ltd SP - 293 EP - 299 Y2 - 2024/03/28 ER -