SimSolid-pullup-bar-tutorial.pdfSimSolid-pullup-ba

文件名称: SimSolid-pullup-bar-tutorial.pdf

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详细说明：SimSolid-pullup-bar-tutorialSimSolid Pullup bar tutorial Learn how to Do a static structural analysis of a pull-up bar assembly with 33 parts with 2 load cases of 750N(168 bf) total load on different handle locations for 2 different design configurations with varying support brackets · Extra credit refine solution settings Source geometry Model variant #1: Pullup-bar-V1. t Model variant #1: Pullup-bar-V2. t 33/30/2019 A Altair SimSolid Pullup bar tutorial Tutorial prerequisites This is an introductory tutorial. It assumes a general working knowledge of Sim Solid. Best to first Browse the Sim Solid Fast Start Training Guide 43/30/2019 A Altair SimSolid Pullup bar tutorial Section 1 WORKFLOW STEPS Altair SimSolid Pullup bar tutorial Import geometry, create connections Step -Import v1 geometry Step -Create connections S Untitled-Altair SimSolid 20190.0-Professional edition af Automatic connections x h口同目,以 Gap and penetration tolerances Dialog settings 1. Ignore part [mm 2. Use 1 mm for gap and penetration tolerance Penetration 3. Use increased connection resolution s Open geometry file(s) [] Increased or high is a best practice for thin 个口 Pullup Bar 0 Search Pullup Bar Connection resolution level edges butting into faces Organize" New folder 曰m Increased v □ This pc Connect not welded parts only J 3D Objects □ Desktop Cancel OK Documents ↓ Edit tolerances Downloads Pullup bar Pullup bar VIstep V2.step e Pictures Vides Notes: 1. SimSolid will create connections even in areas with overlapping geometry File name: Pullup bar V1.ste STEP (,. step",stpm) 2. Sim Solid will automatically identify bolts, nuts and washers pen Cancel 3. Sliding contact will be applied automatically in bolt shanks bonded otherwise 63/30/2019 A Altair SimSolid Pullup bar tutorial Assign materials Step -Pick Assembly, Pick apply material Step 2-Pick Steel, pick apply to all parts Project tree 象 Apply material v每 Project: Pullup bar V Material DB file name C:/Users/kwec App Data/ Reaming/ 5imsolid/SIMSOLID-Materar-DBssm o Units: SI Apply material Applies material properties Matera s a Default material: Steel to a selected group of v阖 3 Generic Materials aF Project solution settings 參 Steel arts Design study 1, BASELINE e Cast lron >6 Assembly Nickel Elasticity modulus[Pa 鲁 Copper 2.10000+11 Connections 參 Rubber Poisson s rato 參 Plastic ) Plain Carbon Low Alloy Steels Densty kg/m^习 )[Stainless Steels 7.85000e+3 []Cast iro )(a Aluminum Alloys 120000e-5 Copper Alloys ermal conductivty [w/(mK) >)Magnesium Alloys Nickel Alloys 5.60000e+1 )(a Titanium Alloys Utimate tensile stress [ Pa Ceramics 3.45000e+8 []Pla Tensie yied stress [Pa] >(a Sample non-linear materials Extenal Project Materials 2.07000+8 Compressive yield stress [Pa] Default failure criterion Stress-strain curve pply to all parts Apply to selected part(s) Cancel 73/30/2019 Select part(s)to apply material te A Altair SimSolid Pullup bar tutorial Project tree Project: Pullup bar V a Default o Project solution settings s Design study 1. BASELINE S cross tube 1,Steel § bracket1)1. Steel Material properties s bracket(2)1.Steel § handle tube)1. Steel identified for each part s handle tube(2).1,Steel s handle tube(3)1.Steel s handle tube(4)1.Steel bracket(3)1. Steel § bracket(4)1,stel § handle(1)1. Steel s handle(2).1,Steel Right mouse button select part name and info § handle(3)1, Steel to see additional part details § handle(4)1 Steel § handle(5)1, Steel Part info × s handle(6)1,Steel s wall plate(1)_1,Steel Name: hex nut gradec iso Hexagon Nut Is0-4034-M12-N.3_1, s wall support(1)1,Steel Steel Volume:2399,19[mm]^3 § wall support2)1.ste Bounding box: 12.2 x 18 x 20 7846[mm] S end cap(1)_1,Steel Weight: 0. 184695 [N] square tube(1)_1, steel Center of gravity coordinates X=-170,89[ wall plate(2)1, steel Y=-14.99 wall support()_1, Steel z=60.0001[mm Type: nut wall support(4)_1, Steel Part ID: 25 e end cap(2)_1.Steel Number of facets in model: 600 olution settings: global (defaut Nuts identified (see icon) e square tube(2)1.Steel o hex nut gradec_iso_ Hexagon Nut ISo-4034-M12-N_3_1, Steel o hex nut gradec_iso_ Hexagon Nut ISo-4034-M12-N_2_1, Steel OK o hex nut gradec iso_ Hexagon Nut IS0-4034-M12-N_1_1,Steel Bolts identified (see icon) o hex nut gradec_ iso_ Hexagon Nut IS0-4034-M12-N_1.Steel T hex bolt gradeab_iso_ ISO 4014-M12 x 65 x 30-N_3_1.Steel hex bolt gradeab_ iso_ ISo 4014-M12 x 65 x30-N_2-1, Steel hex bolt gradeab_ iso_ Iso 4014-M12 x 65 x 30-N_ 1_1. Steel d hex bolt gradeab_ iso_ Iso 4014 -M12 x 65 x 30-N_1. Steel Connection ol Regular connections D Connection 0 83/30/2019 Connection A Altair SimSolid Pullup bar tutorial Prorect tree Create analysis1° Project: Pullup bar a Units: SI a Default material: Steel Project solution settings a Design study 1.BASELINE Step -Create Structural linear workbench 沿 Assembly 仓 Connections A~痂? Structural 1 豪seti Contact conditions we Structural linear s Connection 0,bonded g Structural non-lin t Connection 1, bonded Connection 2, bonded Connection 3, bonded Connection 4 bonded sI Connection 5, bonded sI Connection 6,bonded sI Connection 7, bonded Note that sliding contact will on 8, bonde E Connection 9, sliding be applied automatically in bolt Connection 10,sliding shanks, bonded otherwise E Connection 11, sliding Connection 12, bonded on 13, sliding E Connection 14, slidi SE Connection 15, sliding Connection 16, bonded tion 17, slidi E Connection 18, sliding E Connection 19, sliding sI5 Connection 20,bonded 93/30/2019 y Tair SimSolid Pullup bar tutorial Create Immovable supports pUllup bar VI Altar Simsclld 20 12.0,0 Proessional cditiot h〓自罔F回￠§昌。幡目气舞目叫扇? v Project: Pullup harV c Units 5l 參 Default material: Steel Step O-Pick immovable support SIMSOLID 的 Design study1. ASELINE Connections Contact conditions Apply tet 中品◎注似印0 aVene ace 3, wall plate(2)_1 e3, wall plate(1)_1 》 Seled fex Step 2-Pick 2 back faces Design study 1 Structural 1 13/30/2019 A Altair

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