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Critical Dates: Project Assigned: Week #6 Class Working Time: N/A (online delivery) Project Due: Week #9 (Intersession) 2. Project Overview: (description of this project) The objective of this mini project is to create a custom housing for a TV Remote in the SolidWorks environment. The student will design a custom housing including button cut-outs, screw bosses, ribs and fasteners. 3. Project Learning Outcomes: (what the student will complete i...

Answer FormatIntroduction You are required to write an essay as part of your formal submission requirements for the course. This will count towards 20% of your overall mark, with the remainder from the exam. The essay should discuss an integrated renewable energy project for a location or scenario of your choice. The project must include at least two types of renewable energy technologies and clear statements on how the combination of these tech...

It is everywhereToothpaste is one thing that you will find at each home since it is one of most common products as it is responsible for the oral hygiene routine by removing the teeth decay, and to perform this task efficiently a good toothpaste has to be chosen, the choice of the proper toothpaste differs according to each person's case and reference. What's in the toothpaste? Toothpastes are used mainly to prevent debris and plaque forma...

Course Code   :  MIET2474

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Task For the six-bar linkage shown mechanism shown below, determine:                                               Q1 Determine all possible position of links and joints by graphical position analysis. Draw to scall all positions of joints for sixteen subsequent positions of link 2 and determine the limits of motion where appropriate. Identify and outline the paths of each moving joint.   Q2 Determine the linear an...

Part A. Pump CurvePart A.  Pump Curve 1. Set up the pipe network so that the flow passes through the butterfly valve network branch.  Use the valve half open.  Set the ball valves so that only Pump A is supplying the system.  Turn on the pump.\ 2. Adjust the flow to a convenient (but high) value using the upper diaphragm valves. 3. Read the pressures on the ...

Part 1: Analytical solutions and rough design The assignment is about the design of a high pressure fluid swivel stack for the extraction of gas from a marginal field using a moored tanker. e.g.: Fluid swivel - De Pretto Industrie The general arrangement of the swivel is shown in the schematic diagram below. The design will focus on the largest swivel in the stack, with a mean toroidal diameter (t...

Vacuum Pumping with a Vacuum Pump Rated at SP = 1 m3/min1. Many thin lm processing such as deposition and etching is done in vacuum chambers. These methods are used for making integrated circuits to solar cells. Consider the act of evacuating a chamber with a vacuum pump. Vacuum pumping rates are usually given in volumetric pumping speeds, SP , whose units are typically volume/unit time, e.g., 1 m3/min. In other words, the number of molecules in...

Objectives of the Previously Submitted ProposalTopic All teams should choose to continue and develop the objectives from the previously submitted proposal covering a sustainable design topic. Fully clarify the focus of your sustainability within the chosen product or design. Use references to legislation and demonstrate the benefits of your idea through calculations and visuals. Demonstrate an understanding of technical, resource and cost co...

Question 1: Hyperbolic plate1.Question 1Consider the thin plate of Figure 1 which is symmetric with respectto they-axis and defined as:{0≤y≤1x+2for0≤x≤1with dimensions expressed in meters. The plate has massm=1kg and is made of ahomogeneous material of densityρ. Determine:- Hyperbolic platea) the surface area of the plate and the material density b) the position of the plate centre of massc) the plate mass moment of inertia with ...

Task and Mark DistributionTask and Mark distribution:Individual design-based project. Investigation into the design and manufacture of a specific artefact. Marking Criteria and gradesawarded in the specific areas.Module Learning Outcomes Assessed1.Appraise the design process and methodologies and apply them to unfamiliar situations.2.Generate innovative designs for products, systems, components or processes to fulfil new needs

Design of the MonopileIn this open-ended assignment you are asked to perform a preliminary analysis and design of a deep foundation supporting a wind-turbine, applying all the relevant theoretical and analytical tools offered in this module, to model the soil behaviour and the Soil-StructureInteraction effects. The available data are limited to the design loads and some basic information regarding the soil material. You must complete the missi...

Learning OutcomesRunning the “organisation of the future” is a challenging and complex task. Industrial Engineering is a profession that is counted on for helping with these complex tasks. This assignment is based on the lectures you received, reading materials supplied and cases study analysed discussed and solved in class. Learning Outcomes On successful completion of the assignment, you should be able to: 1.Understand how Indu...

Students will prepare a Power Point Presentation with voiceover that describes the 4 Forces of Flight (Thrust/Lift/Weight/Drag). They will also describe the dangers of surface contamination and the role Flight Attendants play in alerting the Pilots to surface contamination. This assignment will be worth 20% of their final mark and will be due on June 24th. PowerPoint Presentation Your presentation should be a minimum of 8 slides and a maximum of ...

Late Submissions and PenaltiesPenalties for Late Submissions Late submission of any item of coursework will be capped at a minimum pass mark if received up to one week late. Any submission received more than one week late will be awarded a mark of zero. Late submission of referred coursework will automatically be awarded a mark of zero. Note: The School operates a strict policy on late submission. StudyNet marks all work submitted late,...

Slot Car Lab In this lab you will simulate the operation of a slot car in Vissim and select a gear ratio and wheel diameter to complete the track in the fastest time. Description The slot car is 4WD with two brushed DC motors. The DC brushed motors drive the wheels through a gearbox. The gearbox can be compounded, each stage has a gear ratio of 4. The number of teeth on the gears is stamped on the side of the gear. You can assume each gear pair h...