Category: Mechanical Engineering

In this project, you will design different types of analog low-pass filters to be used to remove or
filter out noise from a signal. In addition, you will learn how to design a minimum order filter in
Matlab to meet a design specification. This project will require the knowledge that you have
obtained in Chapter 3 (Frequency response), Chapter 2/7 (Signals and FFT), and Chapter 6
(Filter design) throughout the course. You are required to turn in a written project report. The
report should provide a summary of how you went about Part A and Part B, including any
appropriate Matlab plots, data analysis/interpretation, and discussion. The report should be
wordprocessed, 1.5 spaced, and font size 12. You do not need to turn in any Matlab code used for
this project.
Pre-requirements
1. Make sure you have access to MATLAB software.
2. Watch the following three youtube videos to learn built-in filter design functions in
MATLAB and how to design a filter to meet a design specification. These videos provide
a step-by-step guide for creating codes for designing a filter and a good explanation on
the basics of filter design. The first two videos are related to Part A and the third video is
related to Part B.

I will attach the file that include everythingand the assignment is Mechanical Vibration course. I would you npleaswe to solve it hand written and MATLAB as well.

Hi, the whole instructions for the project are in “Project (power generation).pdf”, it should be about 7 pages project. Please take a look at it and accept the question if u can do it perfectly. I will provide more info and a project sample once I found a suitable assistant.

I need someone expert in Ansys who can help me do the project. I need taking picttures during the process.

deliverables include a final report (limited to 10 pages-excluding the cover page and references)
and a reflective essay (limited to 2 pages)
The final report must include following sections:
– Cover page
– Abstract: a brief summary of the motivation, approach and findings.
– Introduction: concept and observations (include systems that you initially considered and how did you
select the final system), literature review (if applicable), brief summary of the presented analysis.
– Main body: problem statement, system description, calculations and design/analysis approach, etc.
– Results and Discussions: present the results from your analysis (system performance evaluation,
cost estimate, etc.) and discuss the findings thoroughly.
– Conclusions
– References
– The report must be: single column, double space, Times New Roman (size not smaller than 11).
Tables and figures must have proper captions.
– Before submitting the report, make sure it is well-written and free of language errors.
The reflective essay must be a 1-2 pages document to discuss:
– How did the project help you to develop curiosity towards systems in your surrounding?
-In performing the project, you likely had to integrate information from various sources
and make connections between those to effectively design and assess the system. Briefly
discuss this process.
– The outcome of your work is a system that likely results in significant energy savings/
improved performance. Discuss the value and cost of the system to different stakeholders
(end user/manufacturer/society/etc.)
The topic is:
Recovering waste heat is one of the primary functions of heat exchangers. Consider systems that
you are working with on daily basis, it could be at home, in your car or at work! Identify a “heat
recovery” opportunity, where application of heat exchanger can result in energy and cost savings.
Evaluate potential savings, design/select an appropriate heat exchanger for your application and
discuss technical and economical feasibility of the project.
And I chose my topic as recovering waste heat from industrial ovens used in the food processing industry

Thermodynamics question
You must clearly define the system you are using when you perform a force balance, energy balance, or entropy “balance.” Neglect fluid hydrostatic pressure variations and potential energy changes.

The cylinders of a four-cylinder in line 4 stroke normally aspirated petrol engine are equally spaced and numbered

Solve this problem –
A bank is contemplating whether to use 5 tellers and 1 line
(Process Logic A) or 5 separate lines, one line for each teller
(Process Logic B)
Customers arrive into the bank at the interarrival time that is exponentially distributed and a mean of 1 minute. (EXPO-1)
2a. Case 1: when each customer requires a processing delay of
TRIA(3,5,7). Compare the performance of the two process logics given
above.
2b: Case 2: when each customer requires a processing delay of
TRIA(3,5,12). Compare the performance of the two process logics given
above.
Run the simulation for 2 hours.
Note: To spilt entities into one of the 5 lines, use decision
(n-way by chance) block – use 20%, 20%, 20%, 20%, — else block to
split the traffic into 5 lines.

we are doing a project about building and designing an RC plan from foam.
the wing is MH 112 airfoil with dimentions of
(chord is10.5 in and span is 60 in and hight 1.2 in) in top of the plane
and two battery wight 200g inside the wings
the fuselage is contain a four pice of wood as supporters (7.5 in by 7.5 in and thiknees of 1/5 in and deep 3/4 in) with 5 fiperglass rods 2/3 in going through it.
nose is wight 200 g and taill 150g
I want you to give the center of gravity for the plane with the equations for it please.
there is a pic of the plane attached.

I’m working on a mechanical engineering question and need guidance to help me learn. Follow the instructions in the PDF I need to run #4 on time 7:10:24 in the 7 steps in page number 2, thank you!