Unlock Explanations of Mechanical Engineering Queries : Page - 3

Design ParametersI have a project and I want you to do just a small part of it, which is to determine the truss member sizes required to resist the tensile and compressive forces acting on the truss members. And all the information that is needed is attached. This video link explains all the project but I don't want you to do all the project just calculate the truss member sizes. The design should be presented in an engineering report that clear...

ObjectiveThe following module learning outcomes and professional body learning outcomes are tested in this assessment: ·Describe and critically analyse quality management systems, product liability prevention programmes and implementation of quality tools and techniques, in manufacturing industry. The final report should bear the name of all group members, clearly specify their contribution and should be submitted by the group leader...

Design Constraints1. The maximum height of the fins Lf should not exceed 80 mm. 2. The minimum thickness of any fin is 2 mm 3. The minimum distance between any two fins is 3 mm 4. Material data is given in the table. Part 1. Two-dimensional heat sink analysis using numerical finite-difference method Using information provided in the “Problem Statement” section, “Design constraints&aci...

1. The Bode plot of a mechanical plant is shown in Fig. 1. (a) What will be this mechanical plant’s steady-state output if it is subjected to an input of r(t) = 2sin(5t) – 6cos(20t + ?)?   (b) A unity feedback system is implemented on this mechanical plant. i. Determine if the system is stable. ii. Determine the system’s steady-state error when subjected to a unit step input.  iii. Determine the system’s...

Course Title   :  School of Civil Engineering and Surveying

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4/5 

Question: Tasks: Produce an individual poster showing the development and final designs of a new building to replace the main Richmond Building Lecture Theatre (RB LT1). You need to develop a creative design for a new building to replace Richmond Building LT1.  The new building is to be used for academic purposes and should contain at least one lecture theatre, plus whatever other facilities you wish (class rooms, offices, computer rooms...

Course Code   :  D28MA

Course Title   :  Civil Engineering Materials

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4/5 

The load applied to the beam is then to be recorded against the displacement obtained fromthe central dial gauge as shown above. The results of the test can then be used to determinethe beam’s flexural Young’s Modulus.The Technicianwill now go through the procedure with you inmore detail. The following sheets of this handout must be used to provide a report on theexperiment. You must answer the questions given in Bold.1) Draw the beam...

Question: Q1. A steel cable should support a weight with a mean of 15 kN and COV of 0.12. Steel available for the cable has yield stress with a mean of 410 N/mm2 and COV of 0.10. Find the required cross-sectional area of the cable if the target reliability index βT (i.e., theminimum acceptable value of the reliability index) for it is3.4. What is the corresponding central safety factor? Assume that the yield stress of steel and the weight...

Part 1- Lab report, structure and marking scheme (30% of total mark)1. Part 1- Lab report, structure and marking scheme (30% of total mark)The first part of your report is around your laboratory work. It should comply with the following structure and will be marked based on following marking scheme.· Provide a brief introduction to rectilinear, ECP210. Explain the main objectives of the experiment.· Plot transient responses for a...

Course Code   :  AE5022

Course Title   :  Aerospace Structures Materials and Dynamics

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4/5 

Instructions and Guidelines1. This assessment was designed to be completed within 3 Hours under examination conditions. You are not expected to need 24 hours to complete this assessment. 2. As this is a coursework assessment there is no extra time allocated for students with a SOSN. 3. If you experience technical difficulties, e.g. access and upload issues, or identify a potential error in a question please email the module leader s.vahid@ki...

Question: Your assignment is consisting of theoretical as well experimental components. This assignment overall includes 100 marks which is about 33% of your final marks for this module. The theoretical part includes 65% and practical will form 35% of your this assignment. The quality of reporting will be also accommodated in your final scores. After you have done the assignment, you need to prepare a report including a document ideally 2000-3...

Course Code   :  Kin285

Course Title   :  biomechanics

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ObjectiveObjective:The purpose of this lab is to demonstrate the law of conservation of angular momentum. Specifically, it demonstrates the way in which this law affects the relationship between moment of inertia and angular velocity and provides a practical basis for understanding the basic principles related to angular momentum. To complete this assignment, you’ll need to watch the video for Lab #4 (and conduct the experiment yourself if...

Question: Penalties for Late Submissions • Late submission of any item of coursework for each day or part thereof (or for hard copy submission only, working day or part thereof) for up to five days after the published deadline, coursework relating  to modules at Levels 0, 4, 5, 6 submitted late (including deferred coursework, but with the exception of referred coursework), will have the numeric grade reduced by 10 grade points until...

Fatigue Life MethodsWhere all symbols have their standard meaning, A and n can be found from creep rate. 1. The initial tightening stress in the bolts in order that a safety factor of 1.6 is maintained after 8000hrs of creep relaxation at 500? C. 2. The time when the bolts should be re-tightened to prevent leakage around the plate. 1. Explain the three major fatigue life methods and their benefit and limitations. 2. Discuss endurance lim...

Justifying and Selecting Practical Ways of Improving Fin’s EfficiencyDiscuss how to improve fin’s effectiveness and fin’s efficiency, and give qualitative analysis of feasibility of different ways in engineering practice and relevant examples. Illustrate your answer using relevant equations, diagrams and estimations. The tasks of the assignment involve the followings: (a) Justify and select the practical ways of improvement o...

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This C&Q assignment consists of populating various sections of a Validation Protocol template for the Hot Detergent and Hot PUW Generation and Distribution System that you have been studying. Always remember that you must fully understand the process system before you can confidently populate your verification protocol, i.e. understanding what is critical about it and what its critical design features are. Be aware that the questions/instruct...