Categories
Mechanical Engineering

Basic concepts of rankine cycle: introduction schamatic layout of steam power pl

Basic concepts of rankine cycle: introduction schamatic layout of steam power plant thermodynamic analysis methods to improve the cycle performance Regeneration and Reheating cycles – Numerical problems

Categories
Mechanical Engineering

Basic concepts of rankine cycle: introduction schamatic layout of steam power pl

Basic concepts of rankine cycle: introduction schamatic layout of steam power plant thermodynamic analysis methods to improve the cycle performance Regeneration and Reheating cycles – Numerical problems

Categories
Mechanical Engineering

You can choose any mechanical system and design it with Solidworks or other CAD

You can choose any mechanical system and design it with Solidworks or other CAD modeling software. It should consist of features that we covered this semester. For example, Extrude, Revolve, publish, Cut, Hole, Fillet/Chamfer, Rib, Patterns, Flex, Wrap, Dome, etc. Also, as much as possible, try to include mechanical components such as Gears, Bearings, springs, etc. If possible, create the animation of the assembly.
Bill of materials, Assembly drawing, Exploded views (section views, if necessary), and accurate dimensioning must be included in the project.
Following is the list of different topics that students have worked on in their projects in previous semesters. You can choose any topic of interest and need not necessarily be from the following list.
Four-cylinder engine
Multiple gear drive
The torque trencher
Partial Engine assembly with crankshaft, piston, timing belt
TV Mounting bracket
Fluid pump with gear reduction
Tesla turbine
Tomato dicer
A bicycle
A 3‐hole punch
A table saw model
Transmission box
Ratchet mechanism
Dough mixer
Windshield wiper mechanism
Wheelchair assembly
Clamping device
I have attached sample project from previous semesters.

Categories
Mechanical Engineering

Design a PID controller for a specific application. Show the tuning process done

Design a PID controller for a specific application. Show the tuning process done to arrive at the requirements of the application. Use Matlab to show the response of the system for different controller configurations.
Here is a sample plant of a robotic arm for the project, but please use a different application for this project: https://www.scirp.org/html/1-7900134_22044.htmLinks to an external site.
Please follow the format:
1.0 Introduction to the design problem (Please specify the transfer function model to be used and the design constraints)
2.0 Open loop Response
3.0 Closed loop Response (using Proportional, Proportional-Integral, Proportional-Derivative, and Proportional-Integral-Derivative control)
4.0 Evaluation of the Results
5.0 Conclusions
Finally, refer to the document shared with this question as a guide to help you with the project. I plan to edit and improve the project so I hope the content and the explanations in it are written clearly.

Categories
Mechanical Engineering

Finish the report ( Energy consumption, Aesthetics and locals, Conclusion) You o

Finish the report ( Energy consumption, Aesthetics and locals, Conclusion)
You only need to do these three parts, no need to make any other changes

Categories
Mechanical Engineering

Create an IMPROVE-MET spreadsheet. Using information found in the ASME Vision 20

Create an IMPROVE-MET spreadsheet. Using information found in the ASME Vision 2030 materials, create a single page chart that rank orders perceived weaknesses of early-career engineers. Utilize the input of both Industry Supervisors and Early Career Engineers. (Please see file attached and refer to the two pdf links in the file)
Contribute to the discussion in providing your insights to the question –
Who is the “Customer” in Higher Education?
Take into account the ASME Vision 2030 materials noting that there may be other stakeholders besides those listed in the broad categories
Industry
Academia
Young Engineers

Categories
Mechanical Engineering

Use MS Excel to create a spreadsheet that determines combined height of gage blo

Use MS Excel to create a spreadsheet that determines combined height of gage block(s) required for a 5” or 10” sine bar to obtain a slope (θ°) between 1° – 90°.
Dropbox Instructions:
Review the Learning Activities associated with this assignment.
Open the 04_Sine Bar Setup Problem assignment.
Make sure you save your final product using the following naming convention: Last name + First initial + SineBar. (For example, SmithSSineBar).Be sure to use one of the following formats .xlsx or .xls.

Categories
Mechanical Engineering

Create an IMPROVE-MET spreadsheet. Using information found in the ASME Vision 20

Create an IMPROVE-MET spreadsheet. Using information found in the ASME Vision 2030 materials, create a single page chart that rank orders perceived weaknesses of early-career engineers. Utilize the input of both Industry Supervisors and Early Career Engineers. (Please see file attached and refer to the two pdf links in the file)
Contribute to the discussion in providing your insights to the question –
Who is the “Customer” in Higher Education?
Take into account the ASME Vision 2030 materials noting that there may be other stakeholders besides those listed in the broad categories
Industry
Academia
Young Engineers

Categories
Mechanical Engineering

I’m working on a multi-part mechanical engineering question and need an explanat

I’m working on a multi-part mechanical engineering question and need an explanation and answer to help me learn.
I have no more than a one-page report for the Dynamics Engineering course. All the instructions are attached below.
The book: ENGINEERING MECHANICS DYNAMICS FOURTEENTH EDITION R. C. HIBBELER.

Categories
Mechanical Engineering

Instructions 800 words Programme: Mechanical and Mechatronics Engineering

Instructions
800 words
Programme:

Mechanical and Mechatronics Engineering, MASc https://uwaterloo.ca/mechanical-mechatronics-engineering/
Master of Engineering in Manufacturing Engineering https://www.eng.mcmaster.ca/sept/programs/degree-options/mengmanufacturing/manufacturing-engineering#overview
MASc degree in Mechanical Engineering https://gs.mcmaster.ca/program/mechanical-engineering/
Concentration: Robotics, Automation, and Controls
My requirement is in a high standard because this is a personal statement for master’s application. You need to review my resume and the following instructions carefully, and then combine the vision & courses on the program websites. The personal statement also need the your professional knowledge in Mechanical and Mechatronics Engineering.

Please review my resume and the program websites first. Then follow the instructions (will provided in the document).