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One of the practical aspects of the Engineering Profession includes the design of industrial equipment. Design could be described as a creative, iterative and sometimes open-ended process by which components, equipments and/or processes are conceived. It involves imagination, knowledge, experience and critical judgement to define a particular end project; i.e., a Heat Exchanger. Students can only learn the design constraints and at the same time become familiar with methods by being actively involved. This assignment covers only one part of Heat Exchanger Design, the Thermal Design which requires the Heat Transfer processes analyses and evaluation prior to implementing the following areas; mechanical design, manufacturing and cost analysis (manufacturing and operation).
Selection of motors for different Engg. application 1. For Cement industry: Various types of motors for pumps, fans, conveyors ,crushers, kilns an mills Major mill
according to the first law of thermodynamics , obtain the relationship between specific hears of gases
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Reducing friction by an air stream Cut out a disc of cardboard about 10 cm in diameter. With a red-hot pin, burn a hole by the centre. Saw a small cotton reel in half and glue
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formulas about force in detail
As we know that"The electric potential at a certain point inside the electric field is defined as the amount of work done in bringing a unit positive test charge uniformly (without
a column of water contains fine metal particles of radius 2*E(-8) m, which are in thermal equillibrium at 298 K. if there are 1000 particles per unit volume at a given height,how m
Determine the Brewster's angle for a glass slab (µ=1.5) immersed in water (µ=4/3).
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