Computer added design, Mechanical Engineering

Assignment Help:

Computer added design

Using SolidWorks create an assembly model of the roller, bracket and base shown to the right. The assembly is also shown in exploded view below. You may choose whatever dimensions (to the nearest mm) you like, except for the distance between hole centres for the brackets, as long as it looks similar to the model shown here. The dimension for the hole centres is based on the alpha numeric value (A=1, Z=26) of the initial of your surname. The hole centre distance should be

√i ×100 (rounded to the nearest 10 mm) where

i is the alpha numeric value of your initial. E.g. if your surname is Brown, the dimension between hole centres will be √2 ×100 × 141 =>140mm. Your part models must capture the correct design intent, i.e. symmetry of parts, axial alignment of cylindrical parts, axle hole concentric with bracket top round. For example, if I change a dimension of one of your parts, the width of the bracket say, I should not have to change any other dimension to restore symmetry to the part. If your model does not do this it will lose marks.

2485_domble.png

Your assembly model should be properly constrained by using appropriate mates. I should be able to change a dimension, the height of the base say, and the rest of the parts should move to the correct locations without further manipulation (except perhaps to "Rebuild" the model). You do not need to have the dimensions of the individual parts dependent on each other although you may do this if you wish/can. For example, if you change the width of the base, it is not necessary (for the purposes of the assignment) to have the width of the bracket automatically update to match it.

Create the following drawings from your solid and assembly models:

1. three orthographic views and an isometric view showing of the bracket part. The orthographic views should be properly dimensioned following the guidelines discussed in lectures.

2. an isometric assembly drawing and an exploded assembly drawing of the Roller assembly. This drawing should also contain a Bill of Materials.

If you work together with others you must create your own models and ensure that your dimensions are different from theirs. Any two or more submissions that have identical dimensions will be considered to be copied and will receive no marks.


Related Discussions:- Computer added design

Connected rod - part of combustion engine, Connecte d Rod: It is att...

Connecte d Rod: It is attached to piston at its small end by means of gudgeon pin. The big end bearing is connected to crank pin. It is made up of forged steel.

Capp, explain capacity planning system

explain capacity planning system

Design varies with scale of operation, Design varies with scale of operatio...

Design varies with scale of operation The design of a fermenter varies with scale of operation from lab (1-20L), to pilot (up to 5000L) to production (to >200,000L) scales. Th

Concentrated or point load on beam, Concentrate d or Point Load: Ho...

Concentrate d or Point Load: How many types of load are acting on the beam? A beam is usually horizontal and the loads acting on beams are usually vertical. The followi

Evaluation of heat required - thermodynamics, Evaluation of heat Required: ...

Evaluation of heat Required: Heat which is required to generate steam is different from 'total heat' or enthalpy of steam. Heat required for generating steam means heat needed

Labour-based and appropriate technology, Use of Labour-based and Appropriat...

Use of Labour-based and Appropriate Technology: The construction and maintenance of rural roads can generate a good level of employment. Hence, the technology used should be

Points and crossings, Points and Crossings: Function Railway ...

Points and Crossings: Function Railway technology is based on an exclusive track for movement. For diverting trains from one track to another, some arrangements are n

calculate the shear stress and angle-open square tube, The open square tub...

The open square tube is subjected to the torque T= DEF Nm as shown in Fig Q2. The tube has the length 1m and wall thickness 5mm. a)  Calculate the shear stress and angle of

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd