Calculate the magnetic field

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Magnetic Vector Potential:1ˆ( ) (xy)=A ryGiven a vector potential field configuration,1ˆ( ) (xy)=A ryGiven a vector potential field configuration,()Bra) Calculate the magnetic field, ()Bra) Calculate the magnetic field, 1()Arb)Calculate 1()Arb) Calculate 2( ) 0=Ar()Br2()Arc)Construct a vector potential,, that produces the same , as in (a), but satisfies.2( ) 0=Ar()Br2()Arc) Construct a vector potential,, that produces the same , as in (a), but satisfies.()Br2()Ard)Show by direct calculation that produces the same as in part (a).()Br2()Ard) Show by direct calculation that produces the same as in part (a)

Write an expression for the surface charge density

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page 3 of 820A metal sphere of radius A, has a total charge, Q. (Do Not use Gauss’s Law to solve this problem)2) Electrostatic Potential:Objective: To determine inside the sphere using the convolution integral.fV( )r

An arbitrary field point is taken on the z-axis,fˆz(AzA)rza) Write an expression for the surface charge density. ( no derivation is necessary)b) Using the law of cosines, write an expression for . Show all relevant symbols on the diagram.2sfrc) Evaluate the integral for V(z). (You have seen this integral in many examples and homework.)zsS0sf1V(z)da4r(integral warning)let S (r, , ) r A, 0, 02CABθ 222CAB2ABcos()

page 4 of 8Objective: To create expressions for electrical parameters of the lumped element.Two PEC electrodes are attached to the ends of a curved bar.0A()BAr3) Lumped Element:The bar medium has conductivity, and permittivity, a) Determine an expression for inside the bar, f()Erfbarr(integral warning)b) Determine an expression for the lumped resistance.(integral warning)20barlet (,,z) A B,0,0zT  0B()rTzABV+V-

page 5 of 8c) Determine an expression for the lumped capacitance.d) Calculate a numerical value for the capacitance, given, T = 10 cm, A = 1 cm, B = 11 cm and Δφ = 45o.3) Lumper Element: (continued)(integral warning)

page 7 of 8d) Determine an expression for the current, I, in terms of geometric constants, electrical constants and v1.4) Conductive Fluid: (continued)e) The current, I, can be changed by controlling α .Given, B0 = 1 T, W1 = W2 = 5 cm , L1 = 1 cm, and σ = 10-3 S/m,Calculate the flow velocities, v1 and v2 in units of metres/sec13I 0 when I 0.5 A when 1

Write a report on a Civil Engineering related innovation.

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You are to write a report on a Civil Engineering related innovation. The innovation can be a device, a method or a material. It must be a new or recent innovation, and therefore not already widely implemented. The report shall not exceed 2000 words but should aim to be at least 1800 words.

You are encouraged to write about an innovative idea of your own. If this is the case, it must be clearly indicated. Show that it is truly original by comparing it to anything similar that is already in the literature. You must explain its advantages and disadvantages.

If you do not have an original idea, you can find an interesting innovation in the literature to write about instead. In this case you are still expected to add some original content, which must be clearly indicated. This original content could be a proposed improvement, a wider application, or an approach to encourage uptake. It must be a specific and useful contribution, and be clearly identified as your own input.

You are not expected to simply champion the innovation. Your report must critically evaluate it. Imagine you have been asked by an employer to determine whether the innovation should be adopted or not. Do not rely on promotional material, it may be misleading. The science behind any innovations must be properly considered within the report.

Good quality figures (images, diagrams or graphs) should be used to help describe the innovation. A caption must be added underneath, consisting of a numbered label, e.g. Figure 1:, followed by a short description. Tables should be captioned above, using e.g. Table 1: , followed by a description. Include the source for any figures or tables in brackets at the end of the description, unless they are your own work. You must refer to all figures and tables in the text explicitly using its label, e.g. “… the results are shown in Figure 3.” Figures and Tables should be positioned above or below the relevant paragraph for the convenience of the reader.

The report should contain credible references (use Harvard ReferencingLinks to an external site.) to evidence any information that is presented as fact. Use peer reviewed journal papers where possible. Avoid newspapers. If you find a useful newspaper article, try to use the source of the data as the reference instead. Web pages should be avoided too. They may become unavailable or the content could change. Government documents or reports from professional bodies are good for references.

You can distance yourself from claims that you cannot verify yourself by writing, e.g. “According to Lucas and Al-Shamma’a (2014)…” or “Shaw and Tan (2017) claim that this is because…”. It is better to attribute specific information or opinions in the text in this way, rather just including the citations. If citations are used by themselves, they should be placed next to the relevant text within the sentence rather than at the end of a sentence, e.g. “Buildings are becoming more energy efficient (Smith, 2016) (Jones, 2018), so the cost…”.

The paragraphs should be formatted to distribute the text evenly between the left and right margins, as in this document. The pages should be numbered, with the exception any title page. If contents are included, these should be separately numbered using roman numerals.

The list of references, and any title page or contents pages should not be included in the word count.

You should include a word count, including a breakdown for each page, in your submission.

The report should be clearly written and concise. Try not to use more words than necessary, and keep sentences short. Short sentences (<20 words) allow the reader to understand and move on more quickly.

As a consultant, explain how this can be done by addressing the relevant grading criteria.

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A property developer is converting an old warehouse into modern office accommodation. The client is keen to make the working environment for the staff as comfortable as possible. As a consultant, explain how this can be done by addressing the relevant grading criteria.

Provide a general introduction of the research and development related to the topic of the term paper.

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The topic for the term paper is Risk analysis techniques that are required for designing and developing a nuclear power plant.

It is a group report

My part is
Introduction
Literature review:
Suggested Improvements
Nomenclature:

The introduction should include (short introduction as other group members will add to it): Provide a general introduction of the research and development related to the topic of the term paper. Provide the problem statement.

Literature Review: General workings of a nuclear power plant

WRITE ABOUT THE ACTIVE SYSTEMS SHOULD ONLY BE ABOUT Containment vessels AND Control rods. THEIR Safety risks involved AND THE Current systems in place to reduce those risks AND IMPROVE ITS SAFETY
You can also add what you think is interesting and relatable.

Suggested Improvements: Developing systems to reduce those risks, etc etc

Nomenclature: Provide a complete list of symbols with their definitions used in the term paper report

LITERATURE REVIEW SHOULD BE WRITTEN MOST ABOUT. WRITE ONLY ABOUT THE ACTIVE SYSTEMS AND ONLY TWO OF THOSE PARTS WHICH ARE THE CONTAINMENT VESSELS AND THE CONTROL RODS.

 

Provide a report for a client regarding advice on construction methods and techniques to offer the best solution for a new multi-storey busy city centre location.

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A new multi- storey building with a 1 storey link corridor is to be constructed on the site of an existing vacant building, which is to be re-purposed. It is located in a busy city centre in Ireland. Expected construction programme is 24 months.
Assignment Brief:
Provide a report for a client regarding advice on construction methods and techniques to offer the best solution for a new multi-storey busy city centre location.
General Requirements of the structure are;
• Maximise the site potential fully (15 storey restriction)
• Three basement levels to be included for the provision of;
• A car park, recreational area and mechanical / electrical plant areas
• Building end use to be multi-purpose, consisting of; residential, office, retail and recreational
• Future running costs and maintenance will be of significant importance
• Speed of construction is a major factor as the client wishes to maximise return Sections to be discussed:
• Deep foundations – Basements and retaining walls
• Frames – Functions and selection criteria, forms and materials
• Fire engineering – requirements and methods
• Cladding and curtain walling – functional requirements, types and materials
• Ground and Upper Floors – Multi storey buildings, options and methods of construction
• Fit out and second fix – internal division of space, raised access floors and suspended ceilings
• Roofs – Industrial Types, thermal and moisture protection (Each section caries equal marks)
Tips and Submission Details:
Drawing can be done by hand or digitally. Use of colour and clear notes/leaders is strongly advised. Explanations should be clear and concise (avoid over-explaining) and may use bullet points and/or diagrams/sketches where considered appropriate. The text of the submission will be checked through Turninitin, which is designed to detect plagiarism. Reference all material used. Use the Harvard referencing system. Where plagiarism exists work will be scored as 0%.
Marking Scheme:
Your project should be structured to include;
• Introduction • How well has the student conveyed the purpose(s) of the work, objective and questions? (5%)
• Main body • How well has the student conveyed the knowledge context of the project? How well has the student presented clear and easily understood results?
• Deep foundations – Basements and retaining walls (10%) ¾ Frames – Functions and selection criteria, forms and materials (10%)
• Fire engineering – requirements and methods (10%) ¾ Cladding and curtain walling – functional requirements, types and materials (10%)
• Ground and Upper Floors – Multi storey buildings, options and methods of construction (10%)
• Fit out and second fix – internal division of space, raised access floors and suspended ceilings (10%)
• Roofs – Industrial Types, thermal and moisture protection (10%)
• Discussion • Quality of reasoning and deductions made from results and data; quality of discussion. (15%)
• Conclusion & recommendations • Logic and veracity of conclusions drawn (5%)
• Presentation • Layout and accessibility of results to the reader; grammatical and scientific/technical accuracy; persuasive and coherent document. Has Harvard Referencing been used? Quality of referencing and citations (5%) Marks for each section are given in brackets. State all assumptions in answering your

Support your critiques and suggestion based on the knowledge of Microfabrication (MEMS Engineering).

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1- Read the Journal thoroughly. (the Journal Attached in a separate PDF file)

2- Write a report that consists of two main parts: Summary and Critiques
• The reports are limited to 5 pages including figures, tables, and references. There is no fixed format or template.
• The lengths for summary should be 3.5 – 4 pages (including figures and tables from the journal) and the length of the critique should be 1-1.5 pages.
• Support your critiques and suggestion based on the knowledge of Microfabrication (MEMS Engineering). This is a technical report. Avoid editorial critiques regarding the structure and writing style of the article.
• Mention any references you have used.

 

Write of the vacuum filter everything is in the mass energy balance report

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do the mass balance and energy balance of the filter and 1 page write of the vacuum filter everything is in the mass energy balance report

Critically synthesise current knowledge on the different construction management principles and practices, and their application to the international construction industry.

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Page 2of 9Learning outcomesCodeDescriptionLO1

Critically synthesise current knowledge on the different construction management principles and practices, and their application to the international construction industry.

LO2Critically evaluate construction management skills, tasks and processes acrossproject timelines and their application in practice.

LO3Critically analyse the duties and roles of the Construction Manager in relation to the management of change, value, risk and health and safety; and apply them in the context of the construction industry.

LO4Analyse practical construction industry problems and proffer sustainable and innovative solutions in its mitigation and management in the construction lifecycle

Give the effect of porosity on mechanical behavouire

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Effect of porosity on mechanical behavouire