Unlock Explanations of Mechanical Engineering Queries : Page - 6

Course Code   :  ET2063

Course Title   :  mechatronics lab

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Objective1.Calibrate the second order system, consisting of a cantilever beam attached with the spring at its free end and calculate its natural frequency.2.Analyse the effect of periodic forced vibration frequency on the phase and amplitude of the above system.3.Analyse the effect of damping on the response of above system and cross-compare it with the undamped response. Equipment Number Manufacturers/Remarks M...

Description of the Tilting Mechanism of a Tilting-Pad Thrust BearingThis assignment assesses the following Learning Outcome.“Synthesise designs of … lubricated bearings using an understanding of the fundamental operating principles and aided by computerised design guides.”1.    Describe how the tilting mechanism of a tilting-pad thrust bearing works    10 marks2.    A horizontally-mounted, steam t...

Task InstructionsThe assignment is divided into three tasks it is highly recommended that candidates attempt all of these. The assignment is intended to assesses particular methods and approaches employed by candidates [1], with a rationale for Assessment for Learning (AfL). To this end a number of workshops with instruction given in the use of Engineering Equation Solver (EES) will be conducted. The first task, accounts 20% of this assignme...

BriefBrief: Design Verification Task You are required to design a tower for an onshore wind turbine. Geometrical details for the tower as well as total mass of the nacelle and diameter of the blades are reported in table T1 for your group ID. You are asked to produce a tentative design for the tower, providing a preliminary analysis of its structural integrity and safety. A complete guideline for a rigorous analysis is provided by BS EN IEC ...

Gear Train and Joint OptionsYou are working for a company who build power transmission systems. An opportunity to take on a team lead role has become available.  In order to prepare for the interview your manager has suggested you build a small portfolio of evidence showing your capacity to perform calculations relating to power transmission and that you have an understanding of the key systems your company uses.  A) Your company ...

Question: Mini-project 4: Heat Exchangers You’ve been tasked with analyzing a new heat exchanger system for small-scale dairy farms which pre-cools the raw milk coming from the cows before entering the larger chilled storage tank. The heat exchanger is of a shell-and-tube-type with 4 shells, and within each shell there are 22 tubes each making 2 passes. The tubes are 2 m long, with an inner diameter of 8 mm, and an outer diameter of 12 mm...

Question 1: The State Postulate, Reversible Processes, and Closed SystemsAnswer the following questions using statements, proofs, calculations, or examples. No marks will be given for guesses. (i) What is the state postulate? (3)   (ii) Show that heat transfer must be done isothermally for the process to be reversible. (3)   (iii) True or false: the cyclic integral of work must be zero for any process. (Explain y...

Course Code   :  MECH0027

Course Title   :  dynamics and mechanisms

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Module Learning Outcomes1) Use calculations to determine forces and torques in friction and positive drive systems, Including epicyclics, in power transmission systems and to balance rotating shafts. 2) Conduct free and forced vibrations of single degree of freedom systems 1a) Why toothed gears are preferred over Rope, Belt, and chain drive? Also specify the application for each drive system. (06 Marks) b) State law of gearing? What d...

A 2km pipeline conveys water from reservoir A to reservoir B; the elevation of reservoir A is WXm and the elevation of reservoir B is Y The pipeline is 200mm in diameter and has a roughness of 0.1mm. The pipeline incorporates 5 go0�bends (r/D = 0.5),�Z�gate valves(� closed...

Task: Learning outcomes   This assignment is structured that students show evidence for partial fulfilment of the following module learning outcomes:1) Structured and informed design and development of engineering systems through the application of scientific principles and methodology to a variety of systems2) Apply mathematical and engineering principles as either a part or the whole of the analysis and evaluation of the performance of a ...

Learning OutcomesLO1: Identify, classify and describe the performance of construction materials through the use of analytical methods and modelling techniques to evaluate their relative performance and durability.LO2: Investigate and define problems associated with using particular construction materials and identify constraints including environmental and sustainability limitations, health and safety and risk assessment issues. 1.To demo...

Course Code   :  KH5034MAA

Course Title   :  analytical modelling

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1. Develop and appraise knowledge and understanding of the mathematical principles necessary to underpin their education in their engineering discipline and to enable them to apply mathematical methods, tools and notations proficiently in the analysis and solution of engineering problems. 2. Demonstrate the ability to extract data pertinent to an unfamiliar problem, and apply its solution using computer based engineering tools when appropri...

MethodsRequest for the same expert who did the order 1890689 because its same topic but for memo writing memo writing.   Your memo should have 4 sections with at least the following content in each section:   Introduction - Describe where the experiment was conducted and when the videos of an experiment were viewed. Identify the objectives of the experiment.   Methods - Describe the experimental and an...

Literature StudyThat the material contained in my dissertation/journal paper is the result of my work and that due acknowledgement has been given in the bibliography and references to all sources be they printed, digital, or personal, using the Cite Them Right bibliographic referencing system. I agree to an entire digital copy or sections of my dissertation/journal paper being placed on the Blackboard module if deemed appropriate, to allow ...

Course Code   :  B51EM

Course Title   :  advanced mechanics of materials 1

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Problem LayoutIntroduction   This individual assignment is designed for you to investigate the topic of material heterogeneity and the so-called ‘numerical homogenisation’ method for bi-phasic materials. You will be given the problem layout and your task is to make all engineering calculations and assessments required. This should be done via Finite Element (FE) analysis. A comprehensive write-up of the methodology sho...