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University of Rochester
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
Simulation of LIFT FRAME SIDELOADING Date: Monday, September 19, - - PDF document
Simulation of LIFT FRAME SIDELOADING Date: Monday, September 19, - - PDF document
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
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Mirror8[15] Solid Body Mass:20.7939 lb Volume:73.1353 in^3 Density:0.284322 lb/in^3 Weight:20.7798 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[12] Solid Body Mass:5.06378 lb Volume:17.81 in^3 Density:0.284322 lb/in^3 Weight:5.06034 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[13] Solid Body Mass:2.51954 lb Volume:8.86158 in^3 Density:0.284322 lb/in^3 Weight:2.51783 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[16] Solid Body Mass:2.98309 lb Volume:10.4919 in^3 Density:0.284322 lb/in^3 Weight:2.98107 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[24] Solid Body Mass:2.98538 lb Volume:10.5 in^3 Density:0.284322 lb/in^3 Weight:2.98335 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[22] Solid Body Mass:1.12923 lb Volume:3.97167 in^3 Density:0.284322 lb/in^3 Weight:1.12847 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Mirror8[2] Solid Body Mass:2.51954 lb Volume:8.86158 in^3 Density:0.284322 lb/in^3 Weight:2.51783 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Chamfer2 Solid Body Mass:7.48122 lb Volume:26.3125 in^3 Density:0.284322 lb/in^3 Weight:7.47614 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[29] Solid Body Mass:3.33773 lb Volume:11.7393 in^3 Density:0.284322 lb/in^3 Weight:3.33546 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[26] Solid Body Mass:2.5589 lb Volume:9 in^3 Density:0.284322 lb/in^3 Weight:2.55716 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[8] Solid Body Mass:5.06378 lb Volume:17.81 in^3 Density:0.284322 lb/in^3 Weight:5.06034 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[19] Solid Body Mass:20.7939 lb Volume:73.1353 in^3 Density:0.284322 lb/in^3 Weight:20.7798 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Cut-Extrude4 Solid Body Mass:62.4515 lb Volume:219.651 in^3 Density:0.284322 lb/in^3 Weight:62.4092 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Chamfer1 Solid Body Mass:7.48122 lb Volume:26.3125 in^3 Density:0.284322 lb/in^3 Weight:7.47614 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[9] Solid Body Mass:2.51954 lb Volume:8.86158 in^3 Density:0.284322 lb/in^3 Weight:2.51783 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[17] Solid Body Mass:4.37004 lb Volume:15.37 in^3 Density:0.284322 lb/in^3 Weight:4.36707 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[21] Solid Body Mass:1.12923 lb Volume:3.97167 in^3 Density:0.284322 lb/in^3 Weight:1.12847 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[25] Solid Body Mass:2.98538 lb Volume:10.5 in^3 Density:0.284322 lb/in^3 Weight:2.98335 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Mirror8[7] Solid Body Mass:4.37004 lb Volume:15.37 in^3 Density:0.284322 lb/in^3 Weight:4.36707 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[20] Solid Body Mass:1.12923 lb Volume:3.97167 in^3 Density:0.284322 lb/in^3 Weight:1.12847 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[4] Solid Body Mass:31.9758 lb Volume:112.463 in^3 Density:0.284322 lb/in^3 Weight:31.9541 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[14] Solid Body Mass:4.8579 lb Volume:17.0859 in^3 Density:0.284322 lb/in^3 Weight:4.85461 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[27] Solid Body Mass:3.33773 lb Volume:11.7393 in^3 Density:0.284322 lb/in^3 Weight:3.33546 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[28] Solid Body Mass:2.5589 lb Volume:9 in^3 Density:0.284322 lb/in^3 Weight:2.55716 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Mirror8[18] Solid Body Mass:2.98309 lb Volume:10.4919 in^3 Density:0.284322 lb/in^3 Weight:2.98107 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[23] Solid Body Mass:1.12923 lb Volume:3.97167 in^3 Density:0.284322 lb/in^3 Weight:1.12847 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[30] Solid Body Mass:2.87876 lb Volume:10.125 in^3 Density:0.284322 lb/in^3 Weight:2.87681 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[6] Solid Body Mass:4.8579 lb Volume:17.0859 in^3 Density:0.284322 lb/in^3 Weight:4.85461 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016 Mirror8[11] Solid Body Mass:2.87876 lb Volume:10.125 in^3 Density:0.284322 lb/in^3 Weight:2.87681 lbf C:\1RSF\DUNE\APA\LIFT FIXTURE\LIFT FRAME SIDELOADING.SLDPRT Sep 08 14:35:02 2016
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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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 Flow Simulation Off 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
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Material Properties
Model Reference Properties Components
Name: AISI 1010 Steel, hot rolled bar Model type: Linear Elastic Isotropic Default failure criterion: Max von Mises St ress Yield strength: 26106.8 psi Tensile strength: 47137.3 psi Elastic modulus: 2.90075e+007 psi Poisson's ratio: 0.29 Mass density: 0.284322 lb/ in^3 Shear modulus: 1.1603e+007 psi Thermal expansion coefficient: 6.77778e-006 / Fahrenheit SolidBody 1(Mirror8[3])(LIFT FRAME SIDELOADING), SolidBody 83(Mirror8[15])(LIFT FRAME SIDELOADING), SolidBody 84(Mirror8[12])(LIFT FRAME SIDELOADING), SolidBody 85(Mirror8[13])(LIFT FRAME SIDELOADING), SolidBody 86(Mirror8[16])(LIFT FRAME SIDELOADING), SolidBody 87(Mirror8[24])(LIFT FRAME SIDELOADING), SolidBody 88(Mirror8[22])(LIFT FRAME SIDELOADING), SolidBody 89(Mirror8[2])(LIFT FRAME SIDELOADING), SolidBody 90(Chamfer2)(LIFT FRAME SIDELOADING), SolidBody 91(Mirror8[29])(LIFT FRAME SIDELOADING), SolidBody 92(Mirror8[26])(LIFT FRAME SIDELOADING), SolidBody 93(Mirror8[8])(LIFT FRAME SIDELOADING), SolidBody 94(Mirror8[19])(LIFT FRAME SIDELOADING), SolidBody 95(Cut- Extrude4)(LIFT FRAME SIDELOADING), SolidBody 96(Chamfer1)(LIFT FRAME SIDELOADING), SolidBody 97(Mirror8[9])(LIFT FRAME SIDELOADING), SolidBody 98(Mirror8[17])(LIFT FRAME SIDELOADING),
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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SolidBody 99(Mirror8[21])(LIFT FRAME SIDELOADING), SolidBody 100(Mirror8[25])(LIFT FRAME SIDELOADING), SolidBody 101(Mirror8[7])(LIFT FRAME SIDELOADING), SolidBody 102(Mirror8[20])(LIFT FRAME SIDELOADING), SolidBody 103(Mirror8[4])(LIFT FRAME SIDELOADING), SolidBody 104(Mirror8[14])(LIFT FRAME SIDELOADING), SolidBody 105(Mirror8[27])(LIFT FRAME SIDELOADING), SolidBody 106(Mirror8[28])(LIFT FRAME SIDELOADING), SolidBody 107(Mirror8[18])(LIFT FRAME SIDELOADING), SolidBody 108(Mirror8[23])(LIFT FRAME SIDELOADING), SolidBody 109(Mirror8[30])(LIFT FRAME SIDELOADING), SolidBody 110(Mirror8[6])(LIFT FRAME SIDELOADING), SolidBody 111(Mirror8[11])(LIFT FRAME SIDELOADING) Curve Data:N/ A
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Loads and Fixtures
Fixture name Fixture Image Fixture Details Fixed Hinge-1
Entities: 4 face(s) Type: Fixed Hinge
Resultant Forces
Components X Y Z Resultant Reaction force(lbf) 1000 9.3476e-005
- 5.57426e-006
1000 Reaction Moment(lbf.in)
Load name Load Image Load Details Force-1
Entities: 1 face(s) Reference: Edge< 1 > Type: Apply force Values:
- --, ---, 1000 lbf
Connector Definitions
No Dat a
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Contact Information
Contact Contact Image Contact Properties Global Cont act Type: Bonded Components: 1 component(s) Options: Compatible mesh
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Mesh information
Mesh type Solid Mesh Mesher Used: St andard mesh Automatic Transition: On Include Mesh Auto Loops: On Jacobian points 4 Point s Element Size 1.38016 in Tolerance 0.069008 in Mesh Quality High
Mesh information - Details
Total Nodes 132847 Total Elements 72288 Maximum Aspect Ratio 84.847 %
- f elements with Aspect Ratio < 3
75.1 %
- f elements with Aspect Ratio > 10
0.166 %
- f distorted elements(Jacobian)
Time to complete mesh(hh;mm;ss): 00:00:51 Computer name:
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Sensor Details
No Dat a
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Resultant Forces
Reaction forces
Selection set Units Sum X Sum Y Sum Z Resultant
Ent ire Model lbf 1000 9.3476e-005
- 5.57426e-006
1000
Reaction Moments
Selection set Units Sum X Sum Y Sum Z Resultant
Entire Model lbf.in
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Study Results
Name Type Min Max
S tress1 VON: von Mises S tress 0.000153155 psi Node: 130661 7717.24 psi Node: 13847 LIFT FRAME SIDELOADING-HORIZONTAL PICK-St ress-S tress1
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING
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Displacement1 URES : Resultant Displacement 0.000587653 in Node: 28011 0.0423606 in Node: 104589 LIFT FRAME SIDELOADING-HORIZONTAL PICK-Displacement -Displacement 1
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University of Rochester Robert Flight 9/ 19/ 2016
Analyzed with SOLIDWORKS Simulation Simulation of LIFT FRAME SIDELOADING