Design a power transmission system for a power press capable of forming/punching sheet metal for small industrial applications (see Fig. 1). The machine should be driven by an electric motor which supplies power to a crank shaft through an appropriately designed transmission system. The crank shaft should rotate at a speed of 60‐80 rpm, and be able to deliver a maximum torque of 400‐600 Nm. The power transmission system should include a V‐belt connected to a flywheel (to increase the operational stability of the machine), as well as a reduction gearbox of smallest possible size. The transmission system should be designed for a lifetime of 14,000‐18,000 operating hours. The predicted torque during one revolution of the crank shaft is shown in Fig. 2.
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Dear Sir. I would like to have the opportunity to talk with you in the chat, about this project. I am a Mechanical Engineer with specialization in 3D Modeling, 3D Printing, Motion Analysis, Heat Transfer, and Techn Daha Fazla
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Hello I'm Mohamed Saeed. mechanical engineer with high experience. I have checked your job description and I'm ready to help you in Design a power transmission system for your industrial application.
I am a mechanical engineer working in the area of machine design I will design belt drive and calculate the power of the system Please send details of work
Hi there, i am a mechanical engineer by profession and i have worked on similar projects. I can design the power transmission system according to the specified requirements.
Hi, I am a mechanical engineer and I am capable of carrying out the design task that you are looking for. I would like to discuss about this project further. Thank you