University of Rochester Simulation of LIFT FRAME SIDELOADING Date: Monday, September 19, 2016 Designer: Robert Flight Study name: HORIZONTAL PICK Analysis type: Static Table of Contents Description ........................................... 1 Assumptions ......................................... 2 Model Information .................................. 2 Study Properties .................................... 8 Units .................................................. 8 Material Properties ................................. 9 Description Loads and Fixtures ................................. 11 No Dat a Connector Definitions ............................. 11 Contact Information ............................... 12 Mesh information .................................. 13 Sensor Details ...................................... 14 Resultant Forces ................................... 15 Beams ............ Error! Bookmark not defined. Study Results ....................................... 16 Conclusion .......................................... 18 1 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Assumptions Model Information Model name: LIFT FRAME SIDELOADING Current Configuration: Default<As Machined> Solid Bodies Document Name and Document Path/Date Treated As Volumetric Properties Reference Modified Mirror8[3] Mass:2.51954 lb C:\1RSF\DUNE\APA\LIFT Volume:8.86158 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.51783 lbf Sep 08 14:35:02 2016 2 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Mirror8[15] Mass:20.7939 lb C:\1RSF\DUNE\APA\LIFT Volume:73.1353 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:20.7798 lbf Sep 08 14:35:02 2016 Mirror8[12] Mass:5.06378 lb C:\1RSF\DUNE\APA\LIFT Volume:17.81 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:5.06034 lbf Sep 08 14:35:02 2016 Mirror8[13] Mass:2.51954 lb C:\1RSF\DUNE\APA\LIFT Volume:8.86158 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.51783 lbf Sep 08 14:35:02 2016 Mirror8[16] Mass:2.98309 lb C:\1RSF\DUNE\APA\LIFT Volume:10.4919 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.98107 lbf Sep 08 14:35:02 2016 Mirror8[24] Mass:2.98538 lb C:\1RSF\DUNE\APA\LIFT Volume:10.5 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.98335 lbf Sep 08 14:35:02 2016 Mirror8[22] Mass:1.12923 lb C:\1RSF\DUNE\APA\LIFT Volume:3.97167 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:1.12847 lbf Sep 08 14:35:02 2016 3 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Mirror8[2] Mass:2.51954 lb C:\1RSF\DUNE\APA\LIFT Volume:8.86158 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.51783 lbf Sep 08 14:35:02 2016 Chamfer2 Mass:7.48122 lb C:\1RSF\DUNE\APA\LIFT Volume:26.3125 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:7.47614 lbf Sep 08 14:35:02 2016 Mirror8[29] Mass:3.33773 lb C:\1RSF\DUNE\APA\LIFT Volume:11.7393 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:3.33546 lbf Sep 08 14:35:02 2016 Mirror8[26] Mass:2.5589 lb C:\1RSF\DUNE\APA\LIFT Volume:9 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.55716 lbf Sep 08 14:35:02 2016 Mirror8[8] Mass:5.06378 lb C:\1RSF\DUNE\APA\LIFT Volume:17.81 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:5.06034 lbf Sep 08 14:35:02 2016 Mirror8[19] Mass:20.7939 lb C:\1RSF\DUNE\APA\LIFT Volume:73.1353 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:20.7798 lbf Sep 08 14:35:02 2016 4 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Cut-Extrude4 Mass:62.4515 lb C:\1RSF\DUNE\APA\LIFT Volume:219.651 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:62.4092 lbf Sep 08 14:35:02 2016 Chamfer1 Mass:7.48122 lb C:\1RSF\DUNE\APA\LIFT Volume:26.3125 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:7.47614 lbf Sep 08 14:35:02 2016 Mirror8[9] Mass:2.51954 lb C:\1RSF\DUNE\APA\LIFT Volume:8.86158 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.51783 lbf Sep 08 14:35:02 2016 Mirror8[17] Mass:4.37004 lb C:\1RSF\DUNE\APA\LIFT Volume:15.37 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:4.36707 lbf Sep 08 14:35:02 2016 Mirror8[21] Mass:1.12923 lb C:\1RSF\DUNE\APA\LIFT Volume:3.97167 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:1.12847 lbf Sep 08 14:35:02 2016 Mirror8[25] Mass:2.98538 lb C:\1RSF\DUNE\APA\LIFT Volume:10.5 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.98335 lbf Sep 08 14:35:02 2016 5 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Mirror8[7] Mass:4.37004 lb C:\1RSF\DUNE\APA\LIFT Volume:15.37 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:4.36707 lbf Sep 08 14:35:02 2016 Mirror8[20] Mass:1.12923 lb C:\1RSF\DUNE\APA\LIFT Volume:3.97167 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:1.12847 lbf Sep 08 14:35:02 2016 Mirror8[4] Mass:31.9758 lb C:\1RSF\DUNE\APA\LIFT Volume:112.463 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:31.9541 lbf Sep 08 14:35:02 2016 Mirror8[14] Mass:4.8579 lb C:\1RSF\DUNE\APA\LIFT Volume:17.0859 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:4.85461 lbf Sep 08 14:35:02 2016 Mirror8[27] Mass:3.33773 lb C:\1RSF\DUNE\APA\LIFT Volume:11.7393 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:3.33546 lbf Sep 08 14:35:02 2016 Mirror8[28] Mass:2.5589 lb C:\1RSF\DUNE\APA\LIFT Volume:9 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.55716 lbf Sep 08 14:35:02 2016 6 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Mirror8[18] Mass:2.98309 lb C:\1RSF\DUNE\APA\LIFT Volume:10.4919 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.98107 lbf Sep 08 14:35:02 2016 Mirror8[23] Mass:1.12923 lb C:\1RSF\DUNE\APA\LIFT Volume:3.97167 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:1.12847 lbf Sep 08 14:35:02 2016 Mirror8[30] Mass:2.87876 lb C:\1RSF\DUNE\APA\LIFT Volume:10.125 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.87681 lbf Sep 08 14:35:02 2016 Mirror8[6] Mass:4.8579 lb C:\1RSF\DUNE\APA\LIFT Volume:17.0859 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:4.85461 lbf Sep 08 14:35:02 2016 Mirror8[11] Mass:2.87876 lb C:\1RSF\DUNE\APA\LIFT Volume:10.125 in^3 FIXTURE\LIFT FRAME Solid Body Density:0.284322 lb/in^3 SIDELOADING.SLDPRT Weight:2.87681 lbf Sep 08 14:35:02 2016 7 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016 Study Properties Study name HORIZONTAL PICK Analysis type Static Mesh type Solid Mesh Thermal Effect: On Thermal option Include t emperat ure loads Zero strain temperature 77 Fahrenheit Include fluid pressure effects from SOLIDWORKS Off Flow Simulation Solver type Direct sparse solver Inplane Effect: Off Soft Spring: Off Inertial Relief: Off Incompatible bonding options Aut omat ic Large displacement Off Compute free body forces On Friction Off Use Adaptive Method: Off Result folder SOLIDWORKS document (C:\1RSF\DUNE\APA\LIFT FIXTURE) Units Unit system: English (IPS) Length/Displacement in Temperature Fahrenheit Angular velocity Hert z Pressure/Stress psi 8 Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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