Czasopismo | INŻYNIERIA MATERIAŁOWA | Rocznik 2010 - zeszyt 3

Analysis of titanium sheet bending process

nr katalogowy: 52777

Titanium and its alloys are exceptional structural materials, far outstripping other in many aspects. Thanks to low specific gravity and high mechanical strength titanium materials are used whenever the construction weight and its strength are essential, e.g. in the aircraft and aerospace industries, for sporting equipment and in medicine [1, 2]. Furthermore, the value of the elastic modulus of titanium alloys is approximately half the corresponding value for steel. Thus, titanium alloys are excellent materials for various types of springs [3, 4]. Good corrosion resistance in most corrosive environments warrant the application of titanium elements in chemical and marine industries, desalination and desulfurization systems, in sewage treatment plants, geothermal systems etc. Apart from technical applications titanium and its alloys are often used in medicine and jewellery because of a good biocompability. Titanium as a material with the unique mechanical and physical properties is used whenever common structural materials such as aluminium and steel fail. Unfortunately, the application of titanium and its alloys is difficult because of high production and processing costs and the fact that titanium alloys fall into group of materials which hardly deform, especially in sheet-metal forming processes. During the forming of titanium sheets it is necessary to overcome many technological barriers, which are not reflected in the technical literature. Bending is one of the most commonly used forming methods of the titanium elements. It comes down to a stable change in material curvature by bending or straightening. Bending can be done on press brakes or stamping presses using bending tools, as a roll bending, roll form profiling etc. During bending of the titanium elements it is necessary to take the following into consideration: -- titanium, especially its alloys, is characterized by [...]

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