Question

As a young future engineer, you and your partner (teamwork) are asked to design a transmission system (following the project-based learning pedagogy). The system has to transmit 200 hp at 1800 rpm at inlet, but 600 rpm at outlet, through a pair of spur gears and shafts. You have to select the material, determine the input and output diameters, gear sizes, number of teeth on each gear, key size, bearings, etc. The size of the components are to be kept as minimum as possible to reduce weight, cost, etc. Make necessary assumptions and show the force analysis/calculations. You have to make a 3-shaft

          As a young future engineer, you and your partner (teamwork) are asked to design a transmission system (following the project-based learning pedagogy). The system has to transmit 200 hp at 1800 rpm at inlet, but 600 rpm at outlet, through a pair of spur gears and shafts. You have to select the material, determine the input and output diameters, gear sizes, number of teeth on each gear, key size, bearings, etc. The size of the components are to be kept as minimum as possible to reduce weight, cost, etc. Make necessary assumptions and show the force analysis/calculations. You have to make a 3-shaft

As a young future engineer, you and your partner (teamwork) are asked to design a transmission system (following the project-based learning pedagogy). The system has to transmit 200 hp at 1800 rpm at inlet, but 600 rpm at outlet, through a pair of spur gears and shafts. You have to select the material, determine the input and output diameters, gear sizes, number of teeth on each gear, key size, bearings, etc. The size of the components are to be kept as minimum as possible to reduce weight, cost, etc. Make necessary assumptions and show the force analysis/calculations. You have to make a 3-shaft

Added by Fernando M.

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