Category: Engineering

Hello
i have an assignment with two parts
Part 1 :
Section I – Design Issues (600 words)
1.Devise a programme in the form of a Gantt chart following the RIBA plan of works for the consultation and design of the project only showing clearly all-time constraints prior to construction.
2. Analyse and provide financial data supporting and justifying cost implications at design stage only for the project.
3. Specify & discuss how Building Information Modelling (BIM) can be applied to this project.
Maximum score20
Section II – Environmental & Stakeholder Management (600 words)
1. An overview of the environmental issues affecting the construction & operation of the project.
2. A detailed report supporting the process in which public concerns will be addressed. 3. Evaluate how Low Carbon Planning helps to integrate energy efficiency and renewable energy sources cost effectively into the new development. (e.g. identify the measures used to minimising construction waste, embodied energy and carbon emissions, in low carbon energy design and planning)
Maximum score20
Section III – Construction Planning (600 words)
1. The choice of construction methods and logistics for the redevelopment to reduce carbon emission and reduce pollution.
2. Discuss Health and Safety obligations and provide detailed method statements supported with pictorials for the construction of the major elements of the works, these must be project specific.
3. An outline programme (Gantt chart user friendly) for the works for the key elements (manually or software based) identifying critical activities & resource smoothing opportunities.
Maximum score20
Section IV – Economic & legal Issues (600 words)
1. Present an economic evaluation of the financing of the Infrastructure and the likely costs.
2. Discuss the geotechnical issues that need to be addressed within this scheme which will affect the design and cost.
3. Advise the client on the following:
a. The different methods for “Dispute Resolution” if disputes arise?
b. The role of a professional in the built environment (e.g. engineer, architect, project manager etc.) as an expert witness?
Maximum score20
Section V – Procurement Methods & Supply Chain Matters (600 words)
1. Select & justify the most appropriate procurement method for this project in terms of the contractual obligations. Explore the implementation of the innovative collaborative procurement approach to de-risk the construction.
2. Analyse the structure of the UK economic in terms of procurement methods & supply chain matters and demonstrate a critical awareness of the economic role played by the civil engineering construction industry.
3. Describe how Quality Assurance System ensures the best practice in managing the construction of the development. Propose practical measures that can be utilised by contractors to ensure that the client achieves a project that is ‘fit for purpose’ and best value for money’
Part 2 :
Critical Reflection (1000 words)
Ability to reflect critically on the way you research
Maximum score30
Resources
ability to use libraries and electronic sources;
Maximum score10
Knowledge
ability to think critically about what you are reading;
Maximum score20
Critically reflect on research process
understanding the research process;
Maximum score20
Critically reflect on writing process (200 words)
understanding the writing process.
Maximum score10
Formatting and Referencing (list of references not included in word count)
High quality presentation of the material that conforms to principles of academic writing and contains minimal errors in sentence construction, grammar and punctuation. The assignment followed appropriate academic conventions regarding in-text citations and referencing.
Maximum score10
Part A: Case Study, worth 80% of the total module mark
Part B: Reflective Log, worth 20% of the total module mark

What is the primary objective of civil engineering?
a) Designing electronic circuits
b) Designing and constructing infrastructure
c) Developing software applications
d) Conducting medical research

1. (Slide 2) find eigen values and eigen vectors for the first given matrix.
2. (Slide 2) Find eigen values and eigen vectors for the second given matrix.
3. (Slide 3) Examine manually and using Matllab the symmetric eigen decomposition, if any, for each of the matrices of (slide 2.) Are they diagonalizable? Explain your results in detail.
4. (Slide 3) Examine manually and using Matllab the symmetric eigen decomposition, if any, for each of the matrices of (slide 2.) How about the eigenspace for each case? Explain your results.
5. (Slide 4) Using given matrix for SVD on slide 4, Show all the steps of the SVD of the matrix A manually and using Matlab. Typically, the singular values arranged in decreasing order.
6. (Slide 5) Find manually and repeat using Matlab the matrix P such that E.S. x=0 is asymptotically stable for systems shown on slide 2. Assume Q=I. Explain the difficulties you confronted in finding P and how that might affect the stability.
7. Repeat for system of L(slide 4) but only using Matlab. Interpret your results and reason behind their differences. How these results differ from those of the above bullet?
8. Use (slide 6) as a guiding example.
Please show all work and verify its correctness. Also list any references.

I am in a group that is supposed to write a Literature Review about “Vibrations in Offshore horizontal axis wind turbine (HAWT) due to aerodynamic and vortex induced disturbance”. I am assigned to write only ONE BODY PARAGRAPH that should explain Tuned Damping Approach and Tuned Mass Damper Inerter(TMDI) and use these 2 literatures to review:
https://doi.org/10.1016/j.engstruct.2020.110928
https://doi.org/10.1002/stc.2471
I want to emphasize again that I only want one body paragraph to be written which should be 500-600 words. The files that I share with you contain the annotated bibliography(i highlighted the parts that you should look at) that we made as a group so you can look at those writings to have a clear understanding about what and how to write the body paragraph. I also shared the instructor’s rubric and the prompt.

Ask about mechanics and relative field
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Please clarify some paper details before starting to work on the order.

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These equations are related mainly to Industrial and System Engineering & Supply chain
kindly tosolve all 20 Q’s and share to be a brief explanation for each along with final answer.
Most probably you will find answers from attached Book “ managing quality integrating the supply chain”.
due to limtaion , remaing Q and book will be shared later on
Note : due to size limitation , remaining last Q and book will be shared later on
Thanks a lot

You assignment to build a model in Agros2D (https://www.agros2d.org/Links to an external site.) to explore stimulation of the infraorbital nerve. The infraorbital nerve exits the orbit (e.g., eye socket) through a foramen (e.g., hole) along the lower margin (e.g., edge) of the orbit, directly below the pupil when looking forward (e.g., center of your eye). You can actually feel it with practice. If you tap firmly at this location you can feel a slight tingle down toward your upper lip.
Your model should include 3 materials and it is upon you to find physiological values for the conductivity of the skin, soft tissue, bone, as well as reasonable dimensions (depth, thickness etc…). This shouldn′t be too hard. A quick search in google ″thickness of skin on face″ shows that in the infraorbital region the skin thickness is about 2mm. As this is a model, you will have to make some assumptions, but I will expect to see references that justify the important modeling decisions you make. You need to worry about curved anatomy or anything like that…just flat layers would be okay. You can also ignore the nerve as we are just interested in how the tissue and electrode spacing affect the activating function.
Your task to to explore two scenarios:
1. The activating function associated with an active electrode (1cm diameter, 2-mA cathodic stimulation) with a distant return (e.g., similar to the tutorial where current spreads out in all directions evenly). Plot the activating function just above the bone layer (~100um).
2. The activating function associated with a pair of electrodes (1cm diameter, 2-mA cathodic stimulation), with an electrode placed on either side of the infraorbital foramen (from one side of the orbit to the other). Plot the activating function just above the bone layer (~100um)
NOTE: Because #2 doesn′t have an axis of symmetry (like the tutorial), use the ′Planar′ coordinate type in your model properties for both #1 and #2 so that the comparison between both models is more clear. You′ll need to make the model large enough that the edge boundaries don′t inaccurately affect the fields.
You are required to submit (a) images of your model/solutions from Agros2D, (b) the activating function images from Matlab, (c) references for your model decisions, and (d) answers to the following questions:
Which electrode configuration provided the biggest activating function for the same initial current?
How do the skin, soft tissue and bone affect the flow of current differently? (After solving the model, you can select current density in place of voltage in the ′Post 2D′ visualizing tool (left tool bar).
Based on these two models, where would you recommend placing electrodes to activate the infraorbital nerve?

Provide a detailed write up of the estimation and scheduling process. Documentation should be provided for the source of the unit cost information. Paper should be 10 – 12 pages in length (not counting the title page, abstract, or reference page),written in APA style, double-spaced, 1” margins, 12-point font, with all references cited within the body of the paper and properly listed at end (APA style).

Step by steps of problems one to five
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The order was placed through a short procedure (customer skipped some order details).
Please clarify some paper details before starting to work on the order.

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Pressure vessels have been extensively used by various industries to store fluids under high pressure. They come in different shapes and sizes, including spherical and cylindrical geometries.
Task: Pressure vessels have been presented in the current Solid Mechanics chapter which is designed to highlight the theory that could be applied to design these important structures. In this task, you need to submit a short report with a maximum of a single A4-sized page to highlight how pressure vessels have been used by various industries, including the oil and gas, chemical, and energy sectors. You may include figures and images in your presentation of the industrial applications of these structures.