Well-Explained Civil Engineering Answers Worth Checking Out : Page - 12

Problem 1Problem 1 A geometric progression is a sequence of numbers where the quotient of adjacent terms is constant (common ratio). Any term in the sequence is given by the equation:  li = a r (i - 1) , for i = 1, 2, 3, . . .  where a is the first term and r is known as the common ratio. a) Write a computer program in Mathcad, using a for loop, to determine and display the first n terms in a geometric series for any values of f...

Conceptual Design ReportThe submission is to comprise four components: 3.1 A conceptual design report. 3.2 An appendix containing design calculations to verify the viability of the selected scheme. 3.3 Drawings. 3.4 An outline sustainability plan. The submission must not exceed 60 single sided A4 page and three A3 size drawings. Two copies are required. 3.1 Conceptual design report A maximum of 30 pages, of either 1.5 line spaced text i...

Task 1Students willsubmit: · calculations, including workings, to show their achievement of a solution to the assigned questions · short written statements, explaining: o statutory requirements for structural designs o safety factors for live loads, dead loads and imposed loads determined in calculations o evaluating how bending moments determine steel beamselection o analysing support methods and deflection o effective su...

Task 1LO1 Calculate bending moments and shear forces for simply supported steel and concrete beams. LO2 Determine deflection for simply supported steel beamsLO3 Calculate the axial load carrying capacity of steel and reinforced concrete columns LO4 Explore design methods for steel, reinforced concrete beams and columnsTASK 1TASK 1(A)(a) A simply supported beam with a span of 14m is subjected to a point load of 150KN at the midpoint. Draw the b...

The Aim of the ReportThe aim of this report is that you have been asked to prepare a project report with a presentation of the solution of an identified and clearly defined civil engineering problem. Your approach to this should involve exploring different potential options that may be available, then make a choice and show how you have come to your conclusion. This assignment has four sections in line with the four learning outcomes covered ...

Task 1This Coursework will require the development of foundation designs based on the findings of a series of Ground Investigation Reports for Edmonton EcoPark, a link to which will be made available to students on the Moodle site for this Module. Students will also need to reference the Coursework Brief for Module EG6101: Structural Analysis and Design on the UEL BEng Hons Programme Year 2019-20 which defines a Project to design a new academy...

Question: Students shall work in groups of two or more and produce a report containing the tasks given below. The report shall be in the form of a word processed or PDF document comprising the main elements of an introduction, main body, and summary. Students are encouraged to use illustrative materials in their submissions. The team may use any referencing material and referencing will be according to the Harvard referencing system. Students...

Question: The submission is in the form of an individual brochure, with supporting drawings. This should be written in a concise, formal style. The selection of font face, font size and line spacing are left to your discretion, but the report must be readable and clear. You are required to make use of headings, paragraphs and subsections as appropriate. All drawings should be produced in an industry standard CAD/BIM application and presented ...

Subheading 1 LO1 Calculate bending moments and shear forces for simply supported steel and concrete beams. LO2 Determine deflection for simply supported steel beams LO3 Calculate the axial load carrying capacity of steel and reinforced concrete columns LO4 Explore design methods for steel, reinforced concrete beams and columns TASK 1(A) (a) A simply supported beam with a span of 14m is subjected to a point load of 150KN at the midpoint. Dra...

Part 1: Optimizing with D30D Articulated TrucksPlease prepare the following assignment. Submit per course schedule and instructions: You are an earthwork subcontractor designing an operation to excavate 5,000 m3 of clay and haul it to a dump site (the fill location) that is 1,600 m away from the load site (the cut location). You have already decided to use a CAT 375 excavator with a 2.75 m3 bucket and are deciding on the number of CAT D30D ar...

Submission requirementsThe coursework submission including (i) the three A3 size drawing in a single PDF file and (ii) a report in a single Ms Word or Pdf file, must be uploaded to the submission links (one link for PDF drawings in one pdf file and one link for report) on the 7026_2021MAYSEP moodle web by 18:00 on the due date. You can only upload the report file twice. The first upload is to allow you to test the Turnitin similarity result. ...

LO1: Calculate bending moments and shear forces for simply supported steel and concrete beamsLO1 Calculate bending moments and shear forces for simply supported steel and concrete beams. LO2 Determine deflection for simply supported steel beamsLO3 Calculate the axial load carrying capacity of steel and reinforced concrete columns LO4 Explore design methods for steel, reinforced concrete beams and columns TASK 1(A) (a) A simply supported beam...

Question: The learning outcomes that are assessed by this coursework are: 1 The ability to analyse energy data using spreadsheets to determine energy efficiency of buildings and industry. 2 The ability to set targets and monitor against these targets for individual energy and water use within buildings. 3 Ability to recognise energy saving opportunities in buildings and industry from survey data, and analysing time series data. 4 Ability t...

Task 1(A)TASK 1(A) (a) A simply supported beam with a span of 14m is subjected to a point load of 150KN at the midpoint. Draw the beam arrangement and determine the reactions at the supports. Calculate and draw the shear force diagram and the bending moment diagram running along the beam. (b) A beam simply supported has a span of 8m. It carries a 65KN point load at a position 2m from the left support. Draw the beam arrangement and calculate ...

Ensure a quiet, undisturbed place with a reliable PC/laptop and internet access for the examStudent instructions for examination replacements in May 2020 1. For the May 2020 examination period, all face to face examinations will be conducted instead via online time constrained assessment. 2. You should ensure that you are able to sit in a quiet undisturbed place, with internet access, power and a reliable PC/laptop. 3. In advance of the ass...