develop an equation for eddy current braking torque of a rotary system
$30-250 CAD
Paid on delivery
Develop an equation to calculate torque necessary to overcome eddy current braking resistance from electromagnets in a rotary system. Pictures always explain the problem better, so please see attached image. The solution must be presented in a spreadsheet file where physical variables of the setup can be modified. For example the size (diameter/thickness) of the wheel, its RPM, current etc... Also all calculations need to be in metric units and the units shown in the spreadsheet. Please contact me if you have any questions or anything isn't clear... Thank you
Project ID: #13615777
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young energetic and experienced Architectural & mechanical CAD designer. expert AutoCAD 2D/3D 3d printing, solid works, Excel autocad , autodesk fusion 360 and sketchUP user. Best quality work in lowest price guarant More
13 freelancers are bidding on average $196 for this job
Hi, I can do this work for 250 bucks. I will take about 4 days to complete the task and send you the spreadsheet. Before I start, I also need to discuss with you about some more detailed requirements. The drawing i More
We are a group of 4 engineers looking to apply our skills to solve your problems. Please message us to discuss on the project.
I am here to bring your product to life. I'm a mechanical engineer and I have 8 experience years. Work type: 3D, 2D models, Sheet metals, Machine and Devices design, Produc design, Plastic molds and plastic parts, Co More
Dear client. I am a graduate mechanical Engineering and interested in working with you on your project. Regards Erick
Hello dear let me do it. I will be more specific and authentic. You will have your work done in the given time.
i am an electronic engineer, i will work for it in both derivation and empirical relation for you at the lowest price.
Bid Summary This is something im very familiar with so dont you worry I can deliver within 3 days Relevant Experience Designing a Rotor blade: Designing a Shell Eco Marathon Car: