MS 1: Thermal Engineering Calculations, Insulation designing, and calculations, Material selection etc.
MS 2: AutoCAD, Revit, Creo, Pro-e, Solidworks, Autodesk Fusion 360, Catia etc.
MS 3: Ansys (Mechanical APDL), Ansys Workbench, Hypermesh, CFD, Ansys Fluent, Abaqus, Autodesk Simulation etc.
MS 4: Part modeling, Assembly modeling, Rendering, Motion study, Product development, Ergonomics design, CNC Part Programming, Robotics, PLC ladder diagram, Piping, MEPS Design, etc.
MS5: ChemCAD, NX CAM, Solidworks CAM, Fusion 360 CAM, Arduino IDE, Hyper Mill, Hydrosim, and Pneumosim, Simul8, Epanet etc.
1) 203010-Chair Designing-CatiaV5R21
Folding Chair Design
Aim: Reduce Weight of the Design and Maximise Space Efficiency.
Engineering component layout and fixing points/joining system
Complete 3D CAD model
Sub-Assemblies and Engineering Assembly Drawings
2) 758200- Process Plant Design
AUTOCAD P&ID (Plant 3D).
The following excel files are required for part 3 of this exercise:
- Plant&P&ID_Bill of Materials
- Plant&P&ID_Pipe Specification
- Plant&P&ID_Piping List
Sketch a preliminary arrangement plan for the following distillation column. On the arrangement plan indicate access platforms, access for construction, operations, and maintenance. In your answer, we are looking for thought into the relative sizes of the distillation column and the different requirements for pipe racks, maintenance access, and clearance. These are to be basic sketches not overly detailed – more to provide an understanding that you have thought about each element of the system.
Attach your drawing to your assignment. You may either provide it as a PDF file or take a screen shot.
Open the drawing template Distillation PLANT. More information can be found on the instruction sheet.
The aerodynamic (cl, cd…) performance of Jetstream 31 aircraft with wing let.
Designing and testing using solid words /ANSES software.
Comparing the result with the original data which is found in the /NATIONAL FLIGHT LABORATORY CENTRE/ PDF] Jetstream 31 national flying laboratory: Lift and … – Cranfield University
For introduction and Literature Search it is possible to talk about the jet stream aircraft ,the difference types of winglets and the importance of winglets vortex which is formed by the wing without wing let and its side effect
It is possible to include general mathematical aspect of the winglet.
To narrow down the gap between fundamental theories and practical applications of Finite
Element Method (FEM) and Finite Element Analysis (FEA) on Computer Aided
Engineering through synergistically and systematically applying what we have learning and
are going to learn in this unit 301022 Advanced Computer Aided Engineering to design a
typical mechanical device – a shredder to perform a design practice and finish design loops
in the assessment task – CAE Design Project.
For the design project, we assume the SCEM 3-D Printing Lab – MakerSpace need a
shredder, which is planned to develop a green 3-D printing closed-loop system for recycling
polymer and metal materials, i.e., Waste Plastics Filament Extrusion, and reusing them in a
filament extruder as depicted in Figure 2. In the proposed green 3-D printing closed-loop
system, the shredder needs to be designed to shred, crush, and grind the thermoplastic
wastes into small pieces that can fit into the extruder. The size of the small pieces is usually
5 mm 5 mm, which allow the auger or drill to transport them to the heat chamber of the
extruder. Dimension consistency of the recycled and shredded plastic pieces helps avoid
diameter variations on final product – the extruded filament.
5) 513481-Mine Pumping
You are a mine planning engineer at a medium sized operation producing 1.5 mtpa
of coper ore at 3% Cu. The mine was originally designed using a bench height of
15m. Footwall benches were 15 m wide to give a slope angle of 45°, but on the
hanging wall side alternate benches are only 10m wide to produce an angle of about
You are required to design a drainage and pumping system to deal with the mine
water for the next 10-15 years based on the data in the following sections. As the
mine grade is low and power costs are high every effort should be made to minimise
the operating costs of the pumping system. Describe your proposed drainage and
pumping system with the aid of diagrams where required and explain the general
philosophy behind the system. Detail and assumptions made and make comments
and conclusions as required.
Ground water: currently averages 1,000,000 litres/day and is expected to increase
at a rate of 5% per year as the mine deepens.
Mine water: averages 50,000 l/day with small variations in use on an hour by hour
Water Quality: Run of mine water is expected to be slightly acidic due to the
formation of sulphuric acid from sulphides within the rock
Rock properties: SG of 2.9 for all rocks. Hanging wall and ore have moderate
strength, footwall is very strong.
6) 758434- Mechanical engineering
(a)In a thin loaded plate shown in Figure 1, an area originally bounded by ABCD deformed to Aˊ,
Bˊ, Cˊ and Dˊ upon loading. Estimate the strains, xx , yy and xy, and stresses, xx, yy and xy of
the element. Given that: E = 200 GPa and = 0.28.
(b) Integrate the following integral using Quadrature numerical integration technique with one and
three Gauss Points.
7) 664224-Design Analysis
You are required to carry out a finite element analysis of the load cell shown in the diagram below. The object of the analysis, within the context of the course work exercise, is only to determine the relationship between the load applied and the level of strain measured by the strain gauge.
The robustness analysis, within the context of the assessment, is only to be conducted with the consideration of material elasticity, the thickness of the load cell, and the location of the strain gauge (A, refer to Figure 1).
YOU SHOULD NOT ATTEMPT TO FIND THE STRESS AROUND THE THREADED HOLE – THE STRESS RAISERS IN THIS REGION CAN BE IGNORED.
The load cell has a simple construction with a uniform thickness throughout. The load is applied via rods screwed in the threaded holes at either end (the load can be either tensile or compressive). The material properties are given below while the individual dimensions should be taken from the Table in the associated file.
Young’s modulus = 210 GN/m2
Poisson’s ratio = 0.28
|L||A||B||T||C||R||THICKNESS||(H)||Load P, N|
8) 715161-Master Project 2
During the manufacturing of hexahedral ABS components of plastics through the use of FDM based
printer of 3D, unwanted errors of shape happen in the product because of shrinkage of heat. In this
paper we observe experimentally the effect of bed heat level alterations on errors of shape which are
deformed of specimen that is hexahedral of 100x50x50mm3which are created through the use of 3D
printer. In the process of printing, the temperature of the head nozzle was put at 240˚C and the speed of
the head was put at 50mm/s. The chamber was closed through the use of a PC-plate. The process of 3Dprinting was performed at 4 distinct temperatures i.e. 50˚C,70˚C,90˚C, and110˚C. After the natural
cooling of the specimen produced, their deformed shape errors were then measured. The consequence
was that the greater the heat level of the bed, the lower the specimen’s deformed errors of shape. IT
should however be noted that in case the temperature of the bed exceeded 120˚C, there was poor
laminating adhesion. That happened due to the material stage alteration and has the capability of
making 3D printing work very difficult as a result. This study’s outcomes can be very reliable in assisting
to set optimum bed temperature situation when using the FDM additive technique during the process of
9) 675359-solid Modeling
You are required to use CAD/CAM software (hyperMILL) to generate tool paths for the machining of an aluminium (6061) mould for the manufacture of a composite shell for a remote control car. The design of the mould for the RC car is up to you but you must keep in mind design for manufacture issues relevant to this manufacturing method. The complexity of the shell will have no influence on the mark of the assignment, so keep it simple.
Once you have created the mould design you are to select the roughing and finishing cutting tools (material, length, shape, diameter etc) for machining the mould from the stock material. You may choose to use the same tools for the roughing and finishing stages. You will also need to select the correct speeds and feeds to suit the tool and work piece material using speeds and feeds charts. The following links will prove useful:
Once you have decided on your tooling, speeds and feeds use the SOLIDWORKS hyperMILL add in to generate the tool paths for the roughing and finishing passes. I recommend using ‘Arbitrary Stock Roughing’ and ‘3D Complete Finishing’, for the roughing and finishing jobs as a starting point.
10) 640703-mechanical engineering
importing various bearings in solidwork
This stage includes importing wind turbine bearings into solidwork for doing the further analysis.
Here solidwork simulation software is used to analysis the stresses, maximum loading, forces of bearings and some calculation is done to determine fatigue life and fatigue failure of bearings.
Then all the data will be collected from different analysis of bearings and then result of different analysis would be compared with theoretical result.
Finally we will come up with a best result from the analysis and a conclusion will be made. A detailed report would be made after that for the project.
11) 768993-Thermodynamic analysis
Main objective of the multigeneration system is:
To produce domestic heating, cooling, electricity and desalinated water.
Parabolic solar collector is used (Working fluid is Molten salt) to run Rankine cycle trough the boiler to produce work and electricity from the turbines to run the Reverse osmosis desalination unit.
The water-ammonia cycle is the used generation of an absorption chiller for cooling purposes The cooling is achieved through the evaporator of the absorption chiller
Thermodynamic analysis of the system:
Using engineering equation solver software (EES) Carry out:
energy and exergy analyses of the multigeneration system.
Perform a sensitive (parametric) analysis of the system such as the ambient temperature, solar radiation, absorption chiller mas flow rate, solar cycle mass flow rate. The optimization goals are: energy, exergy efficiency of the system and its components.
Provide the EES code and all the equation and input parameters used.
12) 770207-combustion and energy system
Using the attached copy of the user guide for the TD360 heat exchanger experiment please undertake experiment 1 on pages 29 & 30 using the following data
Note the formulae for heat for the calculations are given from page 17 Notation, Useful Equations and Theory
|hot flow 3l/min cold flow 3 l/min|
|hot flow 3l/min cold flow 2 l/min|
|hot flow 3l/min cold flow 1 l/min|
|hot flow 3l/min cold flow 0.5 l/min|
Detailed engineering report on the calculations undertaken, theory and assessment of flow and heat exchange conditions. This should also cover the need to ensure that steady state conditions have been achieved.
Note for accurate readings the asymptote of the readings needs to be considered to ensure steady sate conditions have been achieved.
13) 768117-OPERATIONS MANAGEMENT
You are to make operational assumptions for your simulation to simplify its construction.
Your priority should be to create a simple simulation that gives credible results, to gain higher
grades look to add elements to the simulation to expand and refine it. This will involve making
your own assumptions, you may work in groups initially to discuss and decide what
assumptions to start with, and you can also implement your own if you wish. Explain and
justify your decisions and consider how the simulation could be refined once a basic
simulation is working.
Sample initial assumptions: (you do not need to use these and can create your own
assumptions). All staff have the same skill level and can be assigned to any of the activities.
Initially assume all raw materials arrive on time, cut to length and are always in stock. Assume
each machine can operate 8 hours a day 5 days a week. Bought-in items such as springs and
nuts & bolts arrive on time and are always in stock. Assume all queues are infinite.
14) 776518-Design of Product and Services
You are to design a kinematic device in Fusion that you can later manufacture (using technology at Deakin –
laser cutting, 3D printing etc.) and test.
• Your design must have a rotating part that causes periodic motion elsewhere in the device (ideally this
motion will not be symmetric).
• Your design must allow for subsequent testing if it is manufactured – i.e. you must design it with space
to place sensors in mind.
The deliverable for this assessment item will be a report (1500 words) which covers the design of the device.
This report should also cover all of the dynamics and demonstrate that the device meets the design criteria (manufacturable (at Deakin), testable, rotating part and have at least 1 component that has subsequent
periodic motion). Additionally, the report will detail how the device would be manufactured, including the
Using the below given data, analyse the pipe network for pressure and flow distribution over a 24hr duration. Prepare a report discussing the methodology you have used in completing the following tasks. Briefly discuss your interpretation of the results (graphs).
- Briefly explain the hydraulic analysis used in the EPANET.
- Prepare the network and complete hydraulic analysis.
- Present the graphs showing the variation of water level in the tank(s).
- Present the graphs showing the system flow
- Estimate the pumping cost over a year.
- Present the graphs showing pressure distribution contours at time 14:00 hrs.
16) 7179-Autocad 3d drawing
Injection mold Table Design using fusion 360, Modeling, Analysis and CAM. (3D printing code development)