Content of Design Review II ■Parametric Design Modeling of each component with an excellent free body diagram with all the forces and torques noted and analysis to back up choice of dimensions and the explanation of all assumptions and rational behind major design decisions. >A well formatted and commented spreadsheet with all calculations for the unknown variables,failure analysis check of appropriate parts. >Table of material researched with associated costs,list of design parameters with standard units and materials specified. >Make sure to describe the flow of energy and the flow of the force/torque among the components.It is expected that this section and appendices will have a detail mathematical analysis of the power transmission,such as the belt-drive and screw-drive subsystems,accounting for losses and efficiencies. >For analysis purposes,when numerical values are not known,suggest how you might determine them.When the mechanics are very complex,provide an approximate or "model"equations.Make sure that all spreadsheets,matlab code,equations are well labeled with nomenclature tables,labeled variables,columns,etc to insure understandability and readability. ■Manufacturing Plan >Instructions on how to mfg.design including dimensioned engineering drawings,build plan,assembly instructions and part list. >This includes full dimensioned and toleranced engineering drawings on Unigraphics(or another CAD package with permission of instructor). >In addition,an assembly drawing of how all the pieces will be put together should be sketched out. Other requirements: ----Cover page with ●Project title/name Name of all group members Signed and dated by all members ●Graphic(optional) ----Page on all pages (except cover page) ----Each figure has and title ----Report typed bound
Content of Design Review II Parametric Design ¾ Modeling of each component with an excellent free body diagram with all the forces and torques noted and analysis to back up choice of dimensions and the explanation of all assumptions and rational behind major design decisions. ¾ A well formatted and commented spreadsheet with all calculations for the unknown variables, failure analysis check of appropriate parts. ¾ Table of material researched with associated costs, list of design parameters with standard units and materials specified. ¾ Make sure to describe the flow of energy and the flow of the force/torque among the components. It is expected that this section and appendices will have a detail mathematical analysis of the power transmission, such as the belt-drive and screw-drive subsystems, accounting for losses and efficiencies. ¾ For analysis purposes, when numerical values are not known, suggest how you might determine them. When the mechanics are very complex, provide an approximate or “model” equations. Make sure that all spreadsheets, matlab code, equations are well labeled with nomenclature tables, labeled variables, columns, etc to insure understandability and readability. Manufacturing Plan ¾ Instructions on how to mfg. design including dimensioned engineering drawings, build plan, assembly instructions and part list. ¾ This includes full dimensioned and toleranced engineering drawings on Unigraphics (or another CAD package with permission of instructor). ¾ In addition, an assembly drawing of how all the pieces will be put together should be sketched out. Other requirements: ----Cover page with z Project title /name z Name of all group members z Signed and dated by all members z Graphic (optional) ----Page # on all pages (except cover page) ----Each figure has # and title ----Report typed & bound