By Singh, U.K. ,Dwivedi, Manish
This booklet covers many of the syllabus of producing strategies for engineering periods prescribed by means of UPTU. on the finish of every bankruptcy, a couple of questions were supplied for trying out the scholars figuring out concerning the suggestion of the topic. the entire textual content has been geared up in 10 chapters.
Read Online or Download Manufacturing Processes, 2nd Edition (As per the new Syllabus, B.Tech. I year of U.P. Technical University) PDF
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Additional resources for Manufacturing Processes, 2nd Edition (As per the new Syllabus, B.Tech. I year of U.P. Technical University)
Sample text
The heating rate of a part depends on several factors. One important factor is the heat conductivity of the metal. A metal with a high-heat conductivity heats at a faster rate than one with a low conductivity. Also, the condition of the metal determines the rate at which it may be heated. The heating rate for hardened tools and parts should be slower than unstressed or untreated metals. Finally, size and cross section figure into the heating rate. Parts with a large cross section FERROUS MATERIALS 31 require slower heating rates to allow the interior temperature to remain close to the surface temperature that prevents warping or cracking.
I. by a suitable heat treatment process (Annealing). The annealing process separates the combined carbon of the white cast iron into nodles of free graphite. Two method in – White heart process and Black heart process – are used for this purpose. 6% carbon. 1 Properties (1) It is one which can be hammered and rolled to obtain different shapes. (2) It has low to moderate cost. I. I. is less brittle and stronger, tougher, more fluid. (4) It is ductile and may be bent without breaking or fracturing the section.
6. Molybdenum: It increase wear resistance, thermal resistance, hardness ability to retain mechanical properties as elevated temperature. When added with nickel, it improves corrosion resistance. 7. Tungsten: It increase hardness, toughness, wear resistance, shock resistance, magnetic reluctance and ability to retain mechanical properties at elevated temperature. 8. Vanadium: It improve tensile strength, elastic limit, ductility, shock resistance and also acts as a degausser when added to molten steel.