![]() Wind Belt (50 W) 9600 KWh of energy annually Mariah Power's Windspire Magnetic Levitation wind-turbine Helical wind turbine Engineering 10, SJSU Harmful to birds and bats Engineering 10, SJSU Structural support Tripod support Wind Turbine Structure Tube with guy wire and winch Engineering 10, SJSU Lattice structure Hollow tube with guy wire Wind Turbine Structure Hollow tapered tube Engineering 10, SJSU Wind Turbine Structure The Goal (Design objective) The support structure should be optimized for weight and stiffness (deflection) Minimize weight, maximize stiffness (minimize deflection) Support Structure Engineering 10, SJSU ![]() Engineering 10, SJSUīlade edges too thin, not rounded Blade with rounded edge Emboss Group and section # on the hub Blade with sharp edge Do not cover the hole in the hub First blade modeled with rounded edge, rounded edges did not copied when array command created the other two. stl and part files at the end of the lab period. Make sure your blade is not too thin (less than 1.5 mm or 1/16 inch), round the sharp edges and emboss the hub with your section and group number, S10 G9. ![]() Finish modeling your blade during the lab next week.Do your research on rotor design: blade profile, blade number and angle of attack before going to the lab.Wind Turbine Structure Design Engineering 10, SJSU ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |