2D beam astress analysis, Lab Reports of Stress Analysis

Download 2D beam astress analysis and more Lab Reports Stress Analysis in PDF only on Docsity!

-1.9901e5 N/m^2 = -0.199 MPa

"Settings + #) Graphics vt Polygor QQ: OAL: |e |S 6- RH o2B- BFO-\o-aa BF EciklSelected ~ Build Al Objects BB = 4 4 1 1 1 f 1 =e “4 o Label Polygon? Object Tyne a8 r Tox Solid o 2 L Coordinaces Delasvunes Table . 254 F er) ym) | t)//0 G 2 1 1 4 5 1s] F 0 2 > © ra + os) F 9 oe % 7 5 Massages ~ | Progress. icq “able vs Setings > 9) Graphics - Point QQQ- oH L- e- S-G-i Bile Seectec = Wl Buld AlCkjecte a : : 1 Label Point? ‘ > Poin: as b «0 . ye 3 L ~ Selelions of Resulting Evilies as] L [C] Becuhing oojecteselestior Showir physex Pontscecton , L Cumulative section Conrbutets None + New 1.5] F ~ Assigned atributes 4 L (Construction geornctry os) F 2] at ° " 6 Messages” Progress Log Table va = 6 VELT1a6 VR Settings ~#) Graphics - Form Unior /Assomby QQQ- HH by |e, S- @. RH) o2E- MS S- | G- as WE Fatt Seectec + | RSI) mn L L 1 f 1 L Ll L J al Label Pom Union ‘uid AN FR) * © Romney) ast LL E Acion Femme r Repei Wleane a=) 254 t a L 134 r of L 054 OF oL ay a o 1 7 3 vy 6 % progress Leg Table “ns 955. VE] aM Settings vi Constraint Group Label: Constraint Group Gravity fh Parameter name 7 Group Members b> Feature Interface Compo HH Settings Load Group Label: Load Group force Parameter name: Ig_force * Group Members Feature Interface q+5 Compo Settings Material Geometric entity level: Domain ‘2 Selection: All dornains hd 1 % + j=G) = > Override > Maternal Properties * Material Contents bb Property Variable | Value Unit Property group B Young's modulus E 210[GPA] | Pa Young's modulus and Po... [% Poisson's ratio nu 03 1 Young's modulus and Po... [Density rho 7000 kg/m? Basic Settings ~ | Graphics on Material QQQ- SH |\l- @- |S- G@-RW\e2B~ MF O-|S- ag Gecmeticertity level: Domain . fr + * * * * All selectins All tomas a ‘ GS | L z 2 25] n © overnde ) Mate‘al Propertes 7) [ 7 Material Contents L as ” bropety Voroble Value | Un E_ Yourg'smodtius te zuGal Pa 1 r [E_ Poisson s ratio ru 03 . i denty tho (kk ost of mf a a 1 Hy 3 4 Settings Body Load * Domain Selection Selection: Manual > Override and Contribution > Equation * Coordinate System Selection Coordinate system: Global coordinate system * Force Load type: Force per unit volume Fy User defined Ad : Nim! -g_const*solid.rho] m Case 2 Settings ~ "|| Graphics Roller QQQ- BA) Ly Gy |S- @- L L L late Rolle? : ~ Boundary Selection Selection: — Manual + 3.5] 1 w+ J & 25] 4 > Overrde and Contributior > Equaton 1s > Roller Constraint 4 03) o , 1 i 1 r 1 “a 0 a 2 3 4 Messages ~ | Progress Log Tatle — = 1.03 GB] 1.°9 GB Settings =) Graphics Solid Mecharcs aag- sabe: Solid Mecharics = Nome: solid Domain Se ection 35] selection: All dorvains = - 1 + (=a) =) = aw 23] 7 » Equation 15) D Bhysice Symbols | 20 Approxmaten, Flanesiresz . 054 Thickness a © 7 t a 3 % ~ Struc.ural Transient Behav Vessages © Progress Log Table Include inertial terme =| Selings vesn B euild all Labe: (Meso © Sequance Type Fhysics-cortieled mesh © Fhysics-Controled Mesh Elementsize: - 2 Graphics QQQ- 8H v- & &- | 2 POCO aR 1s ARCO 1 Bee , KAR : Esee| 1s es, A 4 ERK A a 0 1 B 4 % 3 CAGE 1.268 Settings ~ *| Graphics Pcint Evaluacion Qar elt: |e = Evaluate aot L 4 _ Label Point Svaluetion 1 ‘ >», ~ Data 35] ee Dataset: Study VSolution 1 > — Parameter selection Load case): All . a Selection 25) Selection: Manual = 4 * 2 & 2 re & 1s] & 1 oo ¥ Expressions +7 %r 05] _— — ”” expression Unit Description of — selicksxy N/v*2_Stress tensor, xy-comoen, . 7 . . . . a 0 1 2 3 "1 Messages Frogress Log Table re asses RO = 1368 14168 Messages Progress Log Table 1 we B MiGs So: BS |. 1 BSH SeaR ~- loadcase | group.cg_gravity group.cg_force | group.lg_gravity | group.Ig_force | Stress tensor, xy-component (N/m*2), Point: 2 1,0000 1.0000 (0.0000 1.0000 (0.0000 -1, 990165 2.0000 [0.0000 1.0000 (0.0000 1.0000 55,609 -1.9901e5 N/m*2 = -0.199 MPa Bb Load case 1 Surface: von Mises stress (Nim?) x08 3.5- 4 8 3b 4 ed 2.5- 4 6 ol aI 5 4 LS- es 3 il 4 2 O.5- 4 1 Ob 1 . 4. =) ~*|| Graphics QQQ- F\v- GHo- as Load cas? 1 surface: von Mises stress (N/m?) Surface: Stress tensor, xy-component (N/n”) Label SuraceZ m x10® + Data 4 a 8 Dataset: From parent 6 ae ; ~ ypression 3 Expression 6 us 25 solid.oxy 5 Unit: 2 MPa = 1s 4 C1 Description: Stress tensot,xy-comoonent 1 3 Parameters a os 2 Name Value Unit Description sold.etpnty 0 m__ Reference poi. 7 2 soledrefpnty 0 m__Feferencepoin. as zold.reipnts 0 m___ Reference point + 5 + 5 5 + 5 a be : Panay Surface QQ-H\l- GHs- a6 Plt ie > 4 2 Load case 2 Surface: von Mises stress (N/m?) Surface: Stress tensor, xy-component (MPa) aaeS 7 (nim?) ‘y-component (MPa) Dataset From parent =| & - i 9 > Expression +o ohy 35 Expression: 8 solid.mises 3 7 Unit: 8 Wm?2 6 LI Description: * von Mises stress 1s 5 Parameters 1 4 "Name Value Urit_| Description solid.efpnt 0 m__ Reference pcint. 0.5 3 solid.refpnty (0 m___ Reference pein. solid.efpntz 0 m___ Reference pint. 9 2 by 05 a ° 1 2 3 4 5 6m » Title Messages Pregress Lug “able | > Range Settings Surface BPlt ee + 1 > Data Daraset Fromparent + Expression Frprescon: sali. Usit: pa (Description: St Parameters ” Nore suliduefpnbe Value ° fensor, xx-comporent | unit | Description Jon [Reference pink suliduefpnly 0 [mn Refeence paint. solid.etpntz oO im__ Reference paint. shy > Title Surface Plt ie > > Data Dataset From parent > Expression Expression: ‘olid.rnises Unit: Wm*2 LL. Description: von Mises stress Parameters » Name solid.refpnts Value Urit | Description m__ Reference peint. solid.refpnty m__| Reference peint. solid.refpnta m [Reference peint. chy > Title > Range Graphics Qaa- Ht @ Load cas? 2 surface: von Mises stress (N/m?) Surface: Stress tensor, xx-component (MPa) 05 a 0 1 2 3 4 5 6 QQa-S8\t. GHis- a6 Load case 2 surface: von Mises stress (N/m?) Surface: Stress tensor, xy-component (MPa) 3.5 25 Messages Preyress Log “able | x10"