mechanical engineering Job sequencing rule, flexible manufacturing system, MCDM methods.

Learning Goal: I’m working on a mechanical engineering project and need support to help me learn.I have a report and need someone
to improve the language and reduce plagiarism. I will share the file and the
plagiarism report once I select a tutor.The report is related to a
literature review of different topics such as Job sequencing rule, flexible manufacturing
system, MCDM methods.
Requirements: 11 pages

Learning Goal: I’m working on a mechanical engineering project and need a sample

Learning Goal: I’m working on a mechanical engineering project and need a sample draft to help me learn.Hello, I have attached all the documents required to write the report. I uploaded the excel data that we collected in the lab and the Word file template that you should write the report on. Also I uploaded 2 (samples) reports of previous labs that you should do the same thing for this one. Also I uploaded comments from the professor to avoid the mistakes and how we calculate. I will provide you with the link video of the experiment.You will need to do a Sample calculation and Worksheet before you write the report, so you can add it in the report. the worksheet you can do it in excel by copying the excel data that I uploaded and paste it in new excel file and get the figures if required.After you finish the sample calculations and worksheet you can write the report on the Template Word file. Please ask me if you have any questions.

Learning Goal: I’m working on a mechanical engineering writing question and need

Learning Goal: I’m working on a mechanical engineering writing question and need a sample draft to help me learn.writing two pages of customer need assessment of our product. our Design product is building a printer head of non planer 3D printing document 1 ( customer needs analysis ) is the professor’s requirement of the paper.document 2 ( info of our customers ) is written by us ( Design group). use this document for getting information to write. ( no need to cite this document).

Learning Goal: I’m working on a mechanical engineering project and need an expla

Learning Goal: I’m working on a mechanical engineering project and need an explanation and answer to help me learn.Please read the files before you send your request . I need someone to do it and be able to change if there is feedback. READ THE FILES

my dissertation is attached(dissertation final) this includes my proposal, the g

my dissertation is attached(dissertation final) this includes my proposal, the guidelines for everything should be found in the dissertation brief.
I have done this dissertation almost I only want if you Could please work on the methodology and literature review and make it flow with what I’ve done already.
5000 words added on top of my work
Please ensure there is critical analysis
And looking at various theories literature etc

Learning Goal: I’m working on a mechanical engineering question and need an expl

Learning Goal: I’m working on a mechanical engineering question and need an explanation and answer to help me learn.please write the matlab code covered in class today and publish as a pdf. Upload to canvas for points!Everything in files just need to change some so I don’t look like my friend file !

1. Based on the 2D tolerance analysis techniques [1,2], we can determine the spa

1. Based on the 2D tolerance analysis techniques [1,2], we can determine the
spatial variations of kinematic dimensions. In particular, we can use the
sensitivity ∂Tu/∂TT analysis [1,2] to identify key component dimensions in any
design. This will allow us to focus on the key dimensions that affect the
assembly dimensions u. The new technique can guide us to a new domain where
we can improve our design to achieve high product quality without significant
increase in cost. It is a new kind of design optimization, where we can achieve
an optimal balance between product quality and production cost.
(1) Select a suitable design, where nf =6 or greater and nv=2 or greater, for 2D
precision analysis. Provide assembly drawing and also component drawings for
your design and determine x. Describe your design (See the example below)
and the assembly dimensions u. Also determine nJ, nf, nv, vector chain L, Ix, Iu,
Li/φi/Σφi
table, Φ, Φk, Φf, Ik, If, n, m, q, total number of unknowns for nv.
(2) Discuss each of assembly dimensions, ui, i=1,2,…,m+q, and explain how
quality or performance of your design is affected if ui, i=1,2,…,m+q, is changed.
(3) Identify the key component dimensions [1,2] to demonstrate the usefulness and
applicability of the lecture contents [1,2]. Determine H, ua-n,. Φka-n, Δx, Δu, ΔH,
each A element, A, each B element, B, Ti table, T0, Tu0, u, Φk, ∂Tu0/∂T0T. Based
on x, give a list of key dimensions. Also, based on T0 for making x, determine
the total manufacturing cost cm0 [3] for making x.
Consider two approaches:
(a) The precision of each key component dimension is increased by 30%, which is
the new approach, based on the common approach of T0. For the new approach,
the total manufacturing cost cm(a) [3] for making x is to be examined. Based on
T0, give T(a). Also, base on T(a), determine Tu(a).
(b) The precision of every component dimension x is increased by 30%, which is
the traditional approach, based on the common approach of T0. For this
approach, the total manufacturing cost cm(b) [3] for making x is to be examined.
Based on T0, give T(b). Also, base on T(b), determine Tu(b).
Now compare the two approaches, (a) and (b), in terms of assembly’s precision
or quality, specifically, in terms of Tu, and in terms of total manufacturing cost
cm [3] for x.
(4) Determine the total manufacturing cost increase Δcm(a/b), Δcm(a/b) = cm(a/b) – cm0,
and the kinematic spatial error reduction ΔTu(a/b), ΔTu(a/b) = Tu0 – Tu(a/b). Study
the precision improvement per unit cost increase ΔTu(a)/Δcm(a). and ΔTu(b)/Δcm(b).
(5) Give your recommendation on choice of precision design approach, based on
your analysis, when upgrading product quality.
The work in (6) is optional:
(6) Based on the 2D tolerance analysis techniques together with the sensitivity
∂Tu/∂TT analysis technique [1,2], a nice precision design work can be done as
in (1)-(5). In addition, a new kind, one step further, of good design work can
also be done. This is precision based design optimization: Consider several
designs under a particular set of design specifications, try to conduct the 2D
sensitivity analysis and compare the elements in ∂Tu/∂TT and select the best
design among the several available designs.

Learning Goal: I’m working on a mechanical engineering multi-part question and n

Learning Goal: I’m working on a mechanical engineering multi-part question and need support to help me learn.I do have home work in matlab and I want to ask about two questions one only has on section and the other has multiple sections. I WANT SUPPORT WITH THE CODES AND TO SEE EXPLANATION PLEASE