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ANSYS WORKBENCH 14 TEST

1. Finite Element Analysis is an approximate method. (T/F)

2. In ANSYS, the top ie! is the de"a#lt ie! "or displayin$ a model. (T/F)

%. In the &&&&&&&&&& analysis, the nodal de$rees o" "reedom ('ispla ement) are al #lated.

. The &&&&&&&&&&*#tton is #sed to raise the hidden dialo$ *ox.

+. The &&&&&&&&&&men# is #sed to display the nodes, elements, eypoints, lines, areas, and ol#mes.

6. You can add an analysis system to the Project Schematic window by double clicking on the desired

component in the Analysis Systems toolbox. (T/F)

7. The geometry or an analysis cannot be imported rom an external so tware package. (T/F)

!. The Res lts cell is used to display the contents o an analysis system. (T/F)

". # you choose an option that has $ dots (...) on its right then a dialog box corresponding to that option

is displayed. (T/F)

%&. The archi'ed pro ect iles are sa'ed in ormat.

%%. #n the Wor!"ench window* you can change the units by using the options a'ailable in the

menu.

%+. To create a connected system or coupled analysis* double,click on an analysis system in the

Tool"o# . (T/F)

%$. The *.wbpj ile is the de ault extension or the pro ect iles in - Y 0orkbench %1.&. (T/F)

%1. - pro ect consists o systems and a system consists o cells. (T/F)

%2. You can speci y a unit system rom the 3enu 4ar. (T/F)

%6. The En$ineerin$ %ata cell is used to de ine the geometry to be used in an analysis pro ect. (T/F)

%7. 0hich one o the ollowing unit systems is assigned to a pro ect by de ault5

(a) &etric '!$(m(s()C(A(N(*+(*) S, '!$(m(s(K(A(N(*+( ) -.S. En$ineerin$ 'l"m(in(s(R(A(l"/(*+(d) -.S. C stomary 'l"m(in(s()0(A(l"/(*+

1-. An ANSYS pro e t "ile is sa ed !ith &&&&&&&&&& extension.

1 . The &&&&&&&&&& en ironment is #sed to reate the $eometry to *e #sed in an analysis

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20. The #stomi ed analysis systems are added #nder the &&&&&&&&&&& tool*ox in theTool"o# !indo!.

21. The E#tr e tool an *e in o ed "rom the Create men# o" the en# *ar. (T/F)

22. In the %esi$n&o eler !indo!, none o" the onstraints are a#tomati ally applied !hile dra!in$ a s et h. (T/F)

2%. TheHori2ontal

tool in theConstraints

tool*ox an *e #sed to ma e a linear entity hori ontal. (T/F)

2 . Yo# an s!it h to the &o elin$ mode *y hoosin$ the &o elin$ ta* a aila*le at the *ottom o" the S!etchin$

Tool"o#es !indo!. (T/F)

2+. The Arc "y Tan$ent tool an *e in o ed "rom the &&&&&&&&&&& tool*ox.

23. Yo# an hide or sho! a s et h anytime *y #sin$ the &&&&&&&&&&&&&&&&&&&&&.

24. The options in the %etails *ie3 !indo! are ontext#al in nat#re. (T/F)

2-. Yo# an han$e the dire tion o" extr#sion *y #sin$ the options in the %irection drop5do!n list in the %etails

*ie3 !indo!. (T/F)

2 . 6n hoosin$ any tool "rom the %ra3 tool*ox, the normal arro! #rsor han$es to 'ra! #rsor. (T/F)

%0. In the %esi$n&o eler !indo!, #ser a tions are re orded in the &&&&&&&&&&&&&&&&&&&& !indo!.

%1. Yo# an s!it h to the S!etchin$ mode *y hoosin$ the S!etchin$ ta* a aila*le at the *ottom o" the Tree

O tline !indo!.

%2. In the %esi$n&o eler !indo!, yo# an han$e the dimension o" the entities *y spe i"yin$ the ne! al#es in

the &&&&&&&&&&&&& !indo!.