CAD & the Design Process Modelling and Assembly of a Mechanical Product - IT/Computer Science Assignment Help

Assignment Task:

Task:

Instructions:

Please download USB zipped file, uncompress (unzip) its contents on your computer's hard drive to a new folder e.g. "CAD Resit Exam”, do the exam on SolidWorks saving everything in the sub folders (as instructed in the assessment brief) of "CAD Resit Exam" folder. Once you complete all tasks of exams, you need to upload your work on SOL website. If you click Assessments tab on SOL, you will find (Time Constrained Practical Test (100%)- 2 nd Attempt) which you can use to upload your work. You need to zip (Compress) contents of your "CAD Resit Exam" folder to a file named as SurnameCADExam.zip and upload this single file to SOL website. Please remember that the maximum size limit for this file is 1GB. If your zipped file size is more than 1 GB, then I suggest zip the contents of "CAD Resit Exam" folder into 2 zipped files with names SurnameCADExam1.zip and SurnameCADExam2.zip. Since you have 24 hours to complete and submit your assessment online, therefore please do not wait for the last moment to upload your work, leave ample time before the deadline 26th June 9 AM to upload your work as you might encounter problems with your internet uploading speed at the last moment. Since this exam is a Time Constrained Assessment (TCA), so there will be no late submission allowed after 26th June 9 AM. This means that you will not be able to upload your work on SOL after 9 AM 26th June. Now since there is no late submission allowed, therefore it is important that you should not wait for the last moment to upload your work on SOL.

Please leave enough time before the deadline to upload your work on SOL. No excuse will be accepted with regards to internet/uploading issues. Introduction The components and assemblies that this exam is based around is a four-stroke combustion engine. Four stroke combustion engine is the main source of power generation in different motorcycles and automobiles. Four pistons are attached at different angular positions on the crankshaft so that at any moment in time there is at least one piston/cylinder combination going through the power stroke. Four pistons are connected to 2 crankshaft through upper and lower connecting rods through internal and piston bushings and pins. Crankshaft is supported at one end through a ball bearing and through a flange plate to the flywheel.

NOTE: Rename the Final Work Folder on the memory stick provided to include your name as highlighted. (Example Joe Bloggs Final Work)

1. Model a new component from the Drawing Labelled “Connecting Rod Upper” from the 2D drawing supplied and save it to the memory stick supplied in the folder “Final Work”. Prepare an A3 (420x297) size drawing of the component showing complete details of the component using different views along with all dimensions. Ensure you fully highlight any hidden geometry, important features, specify “AISI 4340 Steel-Normalized” as material and use an appropriate scale. (30 Marks)- Save Your Work after Every 10 minutes

2. Model a new component from the Drawing Labelled “Engine Piston” from the 2D drawing supplied and save it to the memory stick supplied in the folder “Final Work”. Prepare an A3 (420x297) size drawing of the component showing complete details of the component using different views along with all dimensions. Ensure you fully highlight any hidden geometry, important features and specify “Aluminium 6061 Alloy” as material. (30 Marks)- Save Your Work after Every 10 minutes

3. Create a new assembly file. Insert the “crank shaft”, “internal upper bushing” and “internal lower bushing” from the USB stick folder “3D parts & assemblies” into the assembly file. Insert “ANSIMetric Radial Ball Bearing Size 03-32” from the toolbox and assemble it on the shaft as shown in Figure 1 and make it fixed. Insert two instances of “seal” from the USB stick folder “3D parts & assemblies” into the assembly file and align/mate these two instances of “seal” at the first connection of “crankshaft” as shown in Figure 1. Similarly align “upper” and “lower internal bushing” onto the first connection of “crankshaft”. Save the file as “4 Stroke Piston Crank Assembly” in the “final work” folder on the memory stick provided

The above  IT Assignment has been solved by our  IT Assignment  Experts at onlineassignmentbank. Our Assignment Writing Experts are efficient to provide a fresh solution to this question. We are serving more than 10000+ Students in Australia, UK & US by helping them to score HD in their academics. Our experts are well trained to follow all marking rubrics & referencing style.

Be it a used or new solution, the quality of the work submitted by our assignment experts remains unhampered. You may continue to expect the same or even better quality with the used and new assignment solution files respectively. There’s one thing to be noticed that you could choose one between the two and acquire an HD either way. You could choose a new assignment solution file to get yourself an exclusive, plagiarism (with free Turnitin file), expert quality assignment or order an old solution file that was considered worthy of the highest distinction.