INDEX S.NO
DATE
EX.NO
1
DESCRPTION
Introduction
2
EX.NO.01
!
EX.NO.02
"
EX.NO.0!
#
EX.NO.0"
$
EX.NO.0#
%
EX.NO.0$
&
EX.NO.0%
'
EX.NO.0&
10
EX.NO.0'
11
EX.NO.10
12
EX.NO.11
1!
EX.NO.12
Aircraft Seating Design Arrangements (General Class (2D
PAGE NO
1 12
#$
INTRODUCTION
In cad laorator)* +e are going to stud) aout ,o+ to create a model of engineering o-ects and also ,o+ to create an asseml) of modeled o-ects. ,e modeling soft+ares li/e CAIA* CAIA* ro e* unigra,ics are generall) used in mec,anical engineering field for t,e modeling. In t,is la CAIA CAIA $ 201!3 soft+are is used to do t,e e3ercises. CAIA (Comuter Aided ,ree4dimensional Interacti5e Alication is a multi4latform CAD6CA76CAE. It is +ritten in t,e C88 rogramming language. Commonl) referred to as a !D 9roduct :ifec)cle 7anagement 7anag ement soft+are suite* CAIA CAIA suorts multile stages of roduct de5eloment (CA3* from concetuali;ation* design (CAD* manufacturing (CA7* and engineering (CAE. CAIA can e customi;ed 5ia alication rogramming interfaces (A9I. " can e adated adated in t,e =S* " rinciall) used iece+ise ol)nomial surfaces.
1.1 AN OVERVIEW OF CATIA DESIGN SOFTWARE 1.1.1 Optimal Sharing .
CAIA $ users +ill get access to a uni?ue* collaorati5e !4dimensional en5ironment t,at can e access ) an unlimited numer of eole online. ,is allo+s eole from across t,e gloe to collaorate in a 5irtual en5ironment. It ,as een designed to not onl) allo+ for online cooeration* ut also ma/es offline s,aring and designing eas) to integrate as +ell. 1.1.2. Simplii!" Pr#"$%t D!&!l#pm!nt.
Creating a ne+ roduct can e a long and comle3 rocess. It encomasses multile design ,ases including t,e initial design* o5erall de5eloment* and manufacturing. Catia $ decreases t,e comle3it) and lengt, of t,e entire ro-ect ecause it integrates 5arious stages of t,e de5eloment rocess so t,at t,e) can e controlled and modified on a single latform. It does t,is ) using an aroac, to s)stems engineering /no+n as <:9. ,is allo+s )ou to create se5eral se5eral 5ersions of t,e same roduct using different sets of re?uirements. re?uirements. ,is gi5es )ou a comre,ensi5e loo/ at +,at t,e final roduct could e.
INTRODUCTION
In cad laorator)* +e are going to stud) aout ,o+ to create a model of engineering o-ects and also ,o+ to create an asseml) of modeled o-ects. ,e modeling soft+ares li/e CAIA* CAIA* ro e* unigra,ics are generall) used in mec,anical engineering field for t,e modeling. In t,is la CAIA CAIA $ 201!3 soft+are is used to do t,e e3ercises. CAIA (Comuter Aided ,ree4dimensional Interacti5e Alication is a multi4latform CAD6CA76CAE. It is +ritten in t,e C88 rogramming language. Commonl) referred to as a !D 9roduct :ifec)cle 7anagement 7anag ement soft+are suite* CAIA CAIA suorts multile stages of roduct de5eloment (CA3* from concetuali;ation* design (CAD* manufacturing (CA7* and engineering (CAE. CAIA can e customi;ed 5ia alication rogramming interfaces (A9I. " can e adated adated in t,e =S* " rinciall) used iece+ise ol)nomial surfaces.
1.1 AN OVERVIEW OF CATIA DESIGN SOFTWARE 1.1.1 Optimal Sharing .
CAIA $ users +ill get access to a uni?ue* collaorati5e !4dimensional en5ironment t,at can e access ) an unlimited numer of eole online. ,is allo+s eole from across t,e gloe to collaorate in a 5irtual en5ironment. It ,as een designed to not onl) allo+ for online cooeration* ut also ma/es offline s,aring and designing eas) to integrate as +ell. 1.1.2. Simplii!" Pr#"$%t D!&!l#pm!nt.
Creating a ne+ roduct can e a long and comle3 rocess. It encomasses multile design ,ases including t,e initial design* o5erall de5eloment* and manufacturing. Catia $ decreases t,e comle3it) and lengt, of t,e entire ro-ect ecause it integrates 5arious stages of t,e de5eloment rocess so t,at t,e) can e controlled and modified on a single latform. It does t,is ) using an aroac, to s)stems engineering /no+n as <:9. ,is allo+s )ou to create se5eral se5eral 5ersions of t,e same roduct using different sets of re?uirements. re?uirements. ,is gi5es )ou a comre,ensi5e loo/ at +,at t,e final roduct could e.
1.1.'. S!aml!(( Tran(iti#ning.
E5er) 5ersion of t,e Catia design soft+are is designed to allo+ for seamless integration +it, re5ious 5ersions. ,is ma/es ugrading a simle rocess and can e comleted +it,out losing an) of t,e information t,at ,as alread) een stored. Catia design soft+are ,as found its +a) into more and more industries +it, eac, assing )ear. raditi raditionall) onall)** it gained notoriet) notoriet) t,roug, t,roug, ! main industries@ industries@ ,o+e5er e5er) industr) t,at is in5ol5ed in engineering ,as found it useful. Catia ,as ecome a leader in roduct de5eloment soft+are and ma) e e3actl) +,at is needed to o5ercome t,e s,ortcomings of CAD soft+are. 1.2 T##l )ar(
7an) standard toolars are used in t,e different modes li/e s/etc,er mode oerational mode etc* In catia soft+are. ere +e discuss aout t,e tool ars used in s/etc,er +it, some e3amles. 1.2.1 S*!t%h!r S* !t%h!r W#r* )!n%h T##l T##l )ar(
,ere are t,ree standard tool ars found in t,e S*!t%h!r W#r* )!n%h . ,e t,ree tool ars are s,o+n elo+. ,e indi5idual tools found in eac, of t,e t,ree tools are laeled to t,e rig,t of t,e tool icon. Some tools ,a5e an arro+ located at t,e ottom rig,t of t,e tool icon. ,e arro+ is an indication t,at t,ere is more t,an one 5ariation of t,at articular t)e of tool. ,e tools t,at ,a5e more t,an one otion t,at are listed to t,e rig,t of t,e default tool. o disla) t,e ot,er tool otions )ou must select and ,old t,e left mouse utton on t,e arro+ as s,o+n in Fig$r!1.1. ,is +ill ring u t,e otional tools Select arro+ Otional tools.
THE OPERATION TOOL BAR
T+E PROFI,E TOO, )AR
T+E CONSTRAINTS TOO, )AR
1.' Sp!%i- A W#r*ing Plan!
,e ne3t ste is to create a 24dimensional rofile of t,e art. ,e S*!t%h!r W#r* )!n%h is a t+o4dimensional (lanar +or/ area. o use t,e S*!t%h!r W#r* )!n%h )ou must
secif) +,ic, lane t,e rofile is to e created on. Secif)ing* t,e lane can e done se5eral different +a)s.
/X plan!
1.0 ODIFING T+E PROFI,E USING C+AFER
,e C,amfer icon is also located in t,e Oerations tool ar. ,is rocedure assumes )ou /no+ +,at a c,amfer is. ,e stes re?uired to create a c,amfer are almost identical to creating a corner. Select t,e C,amfer icon. ,e command romt at t,e ottom left ,and of t,e screen * +ill romt )ou +it, t,e follo+ingB Select t,e first cur5e* or a common oint.
,is tool allo+s )ou to create indi5idual constraints* one at time. ou ,a5e alread) alied a constraint and ma) not e5en /no+ it. ,e Anc,or icon is a constraint. ,e 5alues attac,ed to t,e C,amfer and Corner are constraints. o al) Dimensional Constraints comlete t,e follo+ing stesB 1. Select t,e Constraint icon. 2. Select t,e t,e line and6or S/etc,er element to to e constrained. !. ,e S/etc,er element +ill turn turn green (constraint s)mol along +it, t,e aroriate dimension and o3 +it, t,e 5alue in it. o re4locate t,e constraint 5alue* select t,e 5alue o3 and drag t,e mouse to t,e desired location.
5
". If t,e initial location of t,e constraint is not satisfactor) re4select t,e dimension and drag and dro it at t,e ne+ location. #. o edit t,e 5alue of t,e constraint doule clic/ on t,e 5alue o3. ,is +ill ring u t,e Constraint Definition o u +indo+ s,o+n in. ,is +indo+ s,o+s t,e e3isting 5alue fort,e S/etc,er element. ,is 5alue can e edited ) t)ing t,e ne+5alue o5er t,e e3isting 5alue. ,en select OF or ,it t,e Enter /e). ,e entities lin/ed to t,e constraint +ill automaticall) e udated to t,e ne+ 5alue. $. If t,e constraint is et+een t+o different entities* suc, as lines* select t,e first line and t,en t,e second line. CAIA # +ill constrain t,e distance et+een t,e t+o entities. ,e constraint 5alue +ill aear near t,e constraint. o mo5e t,e constraint 5alue.
1.7 Pra%ti%! E5!r%i(!(8 No+ t,at )our CAIA # tool o3 ,as some tools in it* ut t,em to use on t,e follo+ing ractice e3ercises. ,e s,aes are simle and can e comleted in one s/etc,. ,e dimensions reresent t,e constraints )ou are to use in t,e S/etc,er or/ =enc,. ,e first ractice e3ercise ,as t,e suggested stes to comleting t,e tas/ along +it, some ,elful ,intsH
$
Eac, suse?uent ractice e3ercise contains less suggested stes and ,elful ,ints. =) t,e last ractice e3ercise )ou +ill e on )our o+n. >sing t,e S*!t%h!r W#r* )!n%h and create t,e follo+ing rofile and e3trude to t,e dimensions s,o+n elo+. ,en comleted sa5e as CAT Part6.
1. Select t,e X lan e (t,e lane t,e rofile +ill e s/etc,ed on.eference Ste ! for information on selecting lanes. 2. Enter t,e S*!t%h!r W#r* )!n%h . eference Ste ". !. S/etc, t,e rofile of t,e art. intB use t,e Pr#il! tool. ". Anc,or t,e lo+er left ,and corner of t,e s/etc,.
%. Once in t,e Part D!(ign W#r* )!n%h e3trude t,e rofile to t,e dimension s,o+n (2. eference Ste 22 for e3truding a rofile. &. Sa5e t,e art as told in 4eference Ste2!for sa5ing a file. 7
,is art (rofile s,ould e straig,tfor+ard. ,is +ould e a good e3erciseto tr)
,is art (rofile s,ould e straig,tfor+ard. ,is +ould e a good e3erciseto tr) different met,ods of constraining and testing t,e results. Sa5e t,e s,ae as mensioned. E5!r%i(! 2.CAT Part6 .
,is ractice e3ercise is a little it more c,allenging* lets see +,at )ou can do+n +it, it. Sa5e t,is CA 9art as E5!r%i(! '.CATPart6.
8
It is not as comlicated as it loo/s. If )our grid Gra"$ati#n( is set to 10 -ust sna to t,e intersections for t,e eginning and ending oints of )our lines. o set t,e constraint for t,e angles select t,e angled lines and t,e angle constraint +ill aear. eference Ste 1' for modif)ing t,e angle 5alue. If t,e rofile gets o5er constrained delete t,e Parall!l constraint. Sa5e t,e file as 4 E5!r%i(! '.CATPart6 . ,is ractice e3ercise s,ould c,allenge )ou.
,is art can e done using t,e radius otion in t,e rofile command. =efore starting* set t,e grid Primar- Spa%ing to 1 and t,e Gra"$ati#n( to ".
S9ETC+ING WIT+ T+E PROFI,E ICON :RADIUS OPTION;
1. Starting at t,e ottom left corner of t,e art. 2. Select t,e Pr#il! icon from t,e rig,t menu ar. !. S/etc, t,e 5ertical 1.#0 inc, line t,at defines t,e left edge of t,e art.
9
". No+ s/etc, t,e first arc along t,e to of t,e art. o do t,is ,old do+n t,e left mouse
". No+ s/etc, t,e first arc along t,e to of t,e art. o do t,is ,old do+n t,e left mouse utton and drag it in t,e direction )ou +ant t,e arc to go t,en release t,e mouse utton. ,e arc +ill aear and allo+ )ou to drag and lace it +,ere )ou +ant. 9lace it on t,e grid intersection 2 inc,es ao5e t,e ottom of t,e art and a ,alf4inc, to t,e rig,t. ,is +ill onl) create ,alf of t,e arc needed* so t,e rocess +ill ,a5e to e reeated to s/etc, t,e ot,er ,alf of t,e arc. #.
,is +ill gi5e )ou more ractice using t,e line and corner icons. Sa5e t,is CA 9art as E5!r%i(! 3.CAT Part6
>se t,e :ine or 9rofile icon first to s/etc, t,e rofile using s,ar corners (no radius. Once it is constrained to t,e dimensions ao5e* go ac/ and add in t,e radiuses using t,e Corner icon.
10
11
ISOETRIC VIEW < 1
EX.NO 1 DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting etc.*
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
12
13
RESU,T8
,us t ,e gi5en !D model as e r t ,e dr a+ing is modelled us ing CAIA #.1& soft+are.
14
15
EX.NO 2
ISOETRIC VIEW < 2
ISOETRIC VIEW < 2
EX.NO 2 DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
16
17
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
18
19
ISOETRIC VIEW < '
EX.NO ' DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
20
21
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
22
23
EX.NO 0
ISOETRIC VIEW <0
DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
24
25
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
26
27
ISOETRIC VIEW < 3
EX.NO 3 DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
28
29
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
30
31
ISOETRIC VIEW < 7
EX.NO 7 DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting* c,amer
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed
&.
Select t,e define edges to e c,amfered and t,e final model is created.
!2
33
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
!"
35
ISOETRIC VIEW < =
EX.NO = DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
!$
37
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
!&
39
EX.NO >
ISOETRIC VIEW <
>
DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
"0
41
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
"2
43
EX.NO ?
ISOETRIC VIEW <
?
DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
""
45
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
"$
47
ISOETRIC VIEW <1@
EX.NO 1@ DATE8
AI8
9rearation of !D model using CAIA #.1& soft+are
TOO,S USED8
9ad* 9oc/eting
PROCEDURE8
1.
Clic/ t,e S/etc,er icon to start t,e Sketcher workbench.
2.
Select X* J* JX lane to define t,e s/etc, lane* no+ t,e S/etc,er +or/enc, is disla)ed* it contains t,e tools needed for s/etc,ing an) rofile.
!.
Select t,e rofile and dra+ t,e art +,ic, is gi5en in t,e model.
".
>sing Constraint command t,e dimensions are modified as er t,e gi5en model.
#.
E3it t,e S/etc,er +or/enc,* clic/ Pad and gi5e t,e t,ic/ness for t,e art.
$.
Select t,e face to define t,e +or/ lane and dra+ t,e second element.
%.
>sing Pocket command material is remo5ed and t,e final model is created.
"&
49
RESU,T8
,us t,e gi5en !D model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
#0
51
ASSE), OF S,EEVE AND COTTER OINT
EX.NO 11 DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t,e arts are assemled in t,e follo+ing order Sleeve, Rod, Cotter ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
#2
53
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
#"
55
ASSE), OF GI) AND COTTER OINT
EX.NO 12 DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t,e arts are assemled in t,e follo+ing order Fork, Block, Gib, Cotter ) adoting ao5e met,ods
$.
Select t ,e u date icon for a sseml) t o e ud ated* all a sseml) de sign m odels a re ensured t,at it is in constraints condition efore t,e models are finis,ed.
#$
57
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
#&
59
ASSE), OF 9NUC9,E OINT
EX.NO 1' DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t ,e a rts a re a ssemled i n t ,e f ollo+ing or der Fork end, Eye end. Pin, Collr, T!er !in ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
$0
61
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
$2
63
ASSE), OF F,ANGED COUP,ING
EX.NO 10 DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t ,e arts are a ssemled i n t,e f ollo+ing or der Fln"e#$le%, Fln"e#Fe&le%, S'(t, )ey ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
$"
65
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
$$
67
ASSE), OF UNIVERSA, COUP,ING
EX.NO 13 DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t,e arts are assemled in t,e follo+ing order Fln"e, Centre block, collr, T!er !in ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) design m odels a re ensured t,at it is in constraints condition efore t,e models are finis,ed.
$&
69
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
%0
71
ASSE), OF P,UER ),OC9
EX.NO 17 DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t,e a rts ar e a ssemled in t,e follo+ing or der Body, Br**, C!, Bolt + Nt*, Lock Nt* ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
%2
73
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
%"
75
ASSE), OF SIP,E ECENTRIC
EX.NO 1= DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t,e arts are assemled in t,e follo+ing order Str!*, S'eve, S'i&, Heded bolt, Nt*, Lock Nt* ) adoting ao5e met,ods
$.
Select t ,e udate icon for a sseml) t o e ud ated* all a sseml) de sign m odels a re ensured t,at it is in constraints condition efore t,e models are finis,ed.
%$
77
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
%&
79
ASSE), OF SCREW AC9
EX.NO 1> DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t ,e a rts a re a ssemled i n t ,e f ollo+ing or der Body, Scre- *!indle, Nt*, C!, To&&y br, Snk *cre-, -*'er ) adoting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
&0
81
RESU,T8
,us t,e gi5en !D asseml) model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
&2
83
ASSE), OF STUFFING )OX
EX.NO 1? DATE8
AI8
9rearation of !D Asseml) model using CA CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e ,e comm comman ands ds for for ass assem eml lin ing g arts arts are are a5ai a5aila lale le in in t,e t,e tool toola arr on t,e t,e rig rig,t ,t sid sidee of t,e t,e alication +indo+. +indo+.
!.
Clic/ t,e Existing t,e Existing Component icon in t,e 9roduct Structure toolar* t oolar* t,en t,e
".
o cons constr train ain a mod model el for for osi ositio tioni ning ng art artss corre correctl ctl) ) is is car carri ried ed usin using g t,e t,e 5ari 5ariou ouss constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent comonent icon* to Fix to Fix a art in t,e sace.
#.
Neck b*', "lnd b*', "lnd ,en t,e arts are assemled in t,e follo+ing order Body, Neck S'(t ) adoting ao5e met,ods met,ods
$.
Selec Selectt t ,e u date date icon icon for for assem assem l) l) to e ud ud ated* ated* all ass ass eml) eml) de sign sign mode models ls ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
&"
85
RESU,T8
,us t,e gi5en !D asseml) model model as er t,e dra+ing is modelled using CAIA #.1& soft+are.
&$
87
ASSE), OF )US+ED )EARING
EX.NO 2@ DATE8
AI8
9rearation of !D Asseml) model using CAIA #.1& soft+are
TOO,S USED8
E3isting Comonent icon* Smart mo5e* Constraining etc.* PROCEDURE8
1.
Assembly Design command is acti5ated to launc, t,e re?uired +or/enc,.
2.
,e commands for assemling arts are a5ailale in t,e toolar on t,e rig,t side of t,e alication +indo+.
!.
Clic/ t,e Existing Component icon in t,e 9roduct Structure toolar* t,en t,e
".
o constrain a model for ositioning arts correctl) is carried using t,e 5arious constraints tools li/e Constraining and Manipulating and Select t,e f i3 comonent icon* to Fix a art in t,e sace.
#.
,en t ,e a rts are a ssemled i n t,e f ollo+ing or der Body, B*', S'(t ) a doting ao5e met,ods
$.
Select t ,e u date icon for assem l) to e ud ated* all ass eml) de sign models ar e ensured t,at it is in constraints condition efore t,e models are finis,ed.
&&
89