By Fritz Klocke, Aaron Kuchle
The e-book sequence on production tactics for engineers is a reference paintings for medical and commercial specialists. This quantity on Turning, Milling and Drilling starts off from the fundamental rules of machining with geometrically outlined slicing edges in response to a typical lively precept. moreover, acceptable software designs in addition to the average use of slicing fabric are awarded. a close bankruptcy in regards to the machinability of an important workpiece fabrics, corresponding to metal and forged iron, mild steel alloys and extreme temperature resistant fabrics imparts a large wisdom of the interrelations among workpiece fabrics, slicing fabrics and strategy parameters.
This e-book is within the RWTHedition sequence as are the opposite 4 volumes of the reference work.
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Additional info for Manufacturing Processes 1: Cutting
These vectors can be summarized in turn by vector addition in one total vector. Usually, the workpiece is assumed to be fixed; all motions are carried out by the tool. The resulting velocity vector is designated as the effective cutting speed ve . It can be divided into two components; the cutting velocity vc in the cutting direction and the feed velocity vf in the feed direction. To position the components of effective cutting speed clearly, two angles are defined: • The effective cutting speed angle η as the angle between the effective cutting direction and the direction of primary motion (see Fig.
However, since there is only a limited amount of space in the instruments and, above all, since the inertia of the indicator can lead to distorted measurement results when the measurement range is small, optical indicator elements are used. The principle is basically this: a beam of light is directed to the material measure and, according to the position of the material measure, this beam is reflected in a different direction. The optical indicator then displays the measurement range of the material measure without friction and inertia.
4 Surface Inspection 25 The bearing ratio can be calculated on the basis of the primary profile (Pm ), the roughness profile (Rm ) and the waviness profile (Wm ). 2 provides an overview of the surface roughness values which can be achieved with different manufacturing processes. With respect to general specifications on achievable surface values, one must consider the fact that it is not necessarily possible to deduce the manufacturing process when using one-dimensional parameters for describing the surface [Abou76].
Manufacturing Processes 1: Cutting by Fritz Klocke, Aaron Kuchle