Lab Sheets

DEPARTMENT OF MECHANICAL ENGINEERING, IIT DELHI MEP 100

LABORATORY 2

DURATION: 2 Hrs.

Q1 & 2 & 3:- Sketch three orthographic views of the objects (fig 1 & fig 2 & fig 3) in III angle projection. Fig 1

Fig 3

Fig 2

DEPARTMENT OF MECHANICAL ENGINEERING, IIT DELHI MEP 100 LABORATORY 3 DURATION: 2 Hrs Note: Choose a suitable scale only if the required views can’t be accommodated on a single sheet. Q1: Sketch three orthographic views of the object (fig 1) in III angle projection along with the dimensions in aligned system. Q2: Sketch the two orthographic views (Front and top) of the object (fig 2) in III angle of projection with dimension in unidirectional system.

Fig. 1

Fig. 2

DEPARTMENT OF MECHANICAL ENGINEERING, IIT DELHI

INTRODUCTION TO ENGINEERING VISUALIZATION MEP – 100 LAB SHEET-4

Time: 2hrs

Note: No need to dimension the views. Q1:-Make left hand side view and front view of the object shown in figure 1. Using thermocol make physical model of the object. Q2:- Make right hand side view and front view of the object shown in figure 2. Using thermocol make physical model of the object.

Fig 1 (I angle projection)

Fig 2 (I angle projection)

DEPARTMENT OF MECHANICAL ENGINEERING,IIT DELHI


Time: 2hrs

Note: No need to dimension the views.

1. Make isometric drawing of the solids shown in following orthographic projections.

2. Make isometric drawing of the solids shown in following orthographic projections.

DEPARTMENT OF MECHANICAL ENGINEERING,IIT DELHI


Time: 2hrs

Note: No need to dimension the views.

1. Make isometric drawing of the solids shown in following orthographic projections and make the physical model using drawing sheet.

2. Make isometric drawing of the solids shown in following orthographic projections and make the physical model using drawing sheet.

DEPARTM MENT OF F MECHAN NICAL EN NGINEER RING, IIT DELHI D

INTRODUCTION N TO ENGINEER RING VIS SUALIZA ATION ME EP – 100 0 S 7 LAB SHEET-7

Tim me: 2hrs

Note: No need to dimension n the views s. 1. Make M “sectional front vieew” & “top view v withoutt section” off the followinng 3D modeel. A

A

X

2. Make M “half seectional fronnt view” & “half “ sectionaal side view”” of the folloowing 3D model. m

A

X

160

A



Time: 2hrs

Question 1: Using different commands in the Autodesk Inventor create the 3 Dimensional model of the following solid part.

Imagine the three orthographic views (III angle projections) and make a free hand sketch (without dimensions) on a A4 sheet. Using that and your understanding of orthographic views as reference answer the following questions on the same sheet and submit it to the TA. a. In how many of the views will the edge AB be drawn as a hidden line? Also, if I were to draw a Back view, would AB feature as a hidden line or a solid line? Justify your answer. b. In the right side view CD features as a solid line. If I were to draw a left side view would CD feature as a hidden line? Justify your answer. c. In how many of the views is the feature E (Circular hole) seen as a circle and how many views is it seen as a rectangle? Create the 2 D drawing of the created part file using the following steps. 1. Open the MEP100 format drawing file. This will open a new drawing with a default file name MEP100.dwg (you can later save this drawing with the same name as that of the part file name or a different one. It will have an extension .dwg). 2. In the “Place Views” tab, click “Base”, which will be treated as front view of the part. 3. In the “Place Views” tab, click “Projected” and move the mouse at the left, right and top side of the “Front” view to obtain the corresponding views and then click right mouse button and click create. 4. In the “Annotate” tab, click “Dimension”. Add dimension to the drawing view by clicking the line/feature (that need to be dimensioned) and then dragging the mouse to a suitable distance to place the dimension line. Click right mouse button and select “Done”. Finally, take a print out of the drawing and submit it to the TA for evaluation.

Question 2: Create the 3 Dimensional model of the following solid part.

Imagine the four orthographic views and make a rough sketch on a A4 sheet. Using that and your understanding of orthographic views as reference answer the following questions on the same sheet and submit it to the TA . a. In the front view and the top view, which of the features out of A, B and C will be hidden? b. If I were to make a back view of this solid model, what would be the shape of the feature C in that drawing? Would it be depicted by hidden lines or solid lines? Please elaborate. c. In the right side view of the above model, the inclined edges of feature A and feature C are overlapping. How would you depict that in the drawing? Justify your answer. d. In the left side view of the above solid, the feature A is hidden while feature C is not hidden. How would this be depicted in the drawing? Justify your answer. Create the orthographic projections of the created part file with appropriate dimensions in MEP 100.dwg format. Take a print out of created orthographic projections and submit it to the TA for evaluation. Question 3: Make solid model of the object shown below; obtain the orthographic projections; take a print out and submit for evaluation.


INTRODUCTION TO ENGINEERING VISUALIZATION MEP – 100 Time: 2hrs

LAB SHEET-9

1. Make solid model using three orthographic projections given in Fig.1. Print isometric view using mep100 .dwg format.

Fig. 1

Fig. 2

2. Make solid model using three orthographic projections given in Fig.2. Print isometric view using mep100 .dwg format. 3. Make solid model using three orthographic projections given in Fig.3. Print isometric view using mep100 .dwg format.

Fig. 3


INTRODUCTION TO ENGINEERING VISUALIZATION MEP – 100 Time: 1.5hrs

LAB SHEET-10

Write down your name, entry number, group no, sheet no (hr no) and question no in the title block of MEP100.dwg format

Q1. Make the 3-D model of the following solid body in Autodesk Inventor. Make suitable isometric view with proper dimensions using MEP100. dwg format. .

Ø10

10

1/2

Q2. Make the 3-D model of the object shown in following orthographic views. Make suitable isometric view with proper dimensions using MEP100.dwg format.

CHAMFER

Note:- 1.Spline curve can be obtained by following equations. y=x

for

0≤x≤10

y = 20 - x

for

10≤x≤20

y =x – 20

for

20≤x≤30

2) The chamfering in the figure is symmetric and equal to 2 mm.

2/2

DEPART TMENT OF O MECHA ANICAL ENGINEERING,IIIT DELHII

IN NTROD DUCTION N TO EN NGINEE ERING VISUAL V IZATION M MEP – 10 00 LAB SHEET-11 Time: 1.5h hrs Write d down you ur name, entry numb ber, group p no, shee et no (hr n no) and qu uestion no in tthe title block of ME EP100.dwg g format Q1. Maake the 3-D model of th he followingg parts in Autodesk A Inv ventor. Asseemble the parts. Make suuitable isom metric view of assembleed body witth proper diimensions uusing MEP1 100. dwg forrmat.

DEPART TMENT OF O MECHA ANICAL ENGINEERING,IIIT DELHII

IN NTROD DUCTION N TO EN NGINEE ERING VISUAL V IZATION M MEP – 10 00 LAB SHEET-12 Ti me: 1hr 15 mins Write d down you ur name, entry numb ber, group p no, shee et no (hr n no) and qu uestion no in tthe title block of ME EP100.iwg format Q1. Maake the 3-D model of th he followingg three partss in Autodesk Inventorr. Assemblee the parts. P Print suitablee isometric view of asssembled bod dy with prop per dimensiions using MEP1000. iwg form mat and mak ke the moviee in your en ntry number.avi form mat of explod ded view.

D DEPARTMENT OF F MECHA ANICAL ENGINEE ERING, IIIT DELHI

IN NTROD DUCTION N TO EN NGINEE ERING VISUAL V IZATION M MEP – 10 00 LAB SHEET-13

Ti me: 1hr 15 mins

Q 1: M Make assembbly (as show wn in figurre 1) in Auttodesk Inveentor using the given part p files (downlooad these part files from http:://web.iitd.aac.in/~hirani//courses3.httml). Anim mate and record ((save as enttry number_ _q1.wmv) thhis assemblly in such a way that iff disc 1 rotaates then disc 2 aalso rotates according a to o the movem ment of the disc 1.

Figure 1 Q 2: M Make assembbly (as show wn in figurre 2) in Auttodesk Inveentor using the given part p files (downlooad these part p files fro om http://w web.iitd.ac.in n/~hirani/cou urses3.html)). There sho ould not be any relative mootion betweeen part 1 aand part 2 of the tyre.. Apart from m other con nstraints maintaiin relation distance d trav velled on thhe road is eq qual to circu umference oof the tyre. Animate A and recoord (save ass entry num mber_q2.wm mv) two rotaations of thee wheel on th the road.

Figure 2