2014 Final Year Projects
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2014 Final Year Projects Project code MRP111 Supervisor Dr. Majid RAD Title CAD-based design of modular fixtures for machining operations Number of students 3 Discipline Mechanical/mechatronics Description Note: Students taking this project must have completed ENS2214 unit or must have expertise in using SolidWorks. SolidWorks is used as the CAD software. A methodology is developed for analysing the geometry of parts and its machining features. On the basis of the outcome a layout is determined automatically (or interactively) for holding and supporting the part in the fixture. A library of predefined standard 3D fixture components is established and the designer interactively (or semi-automatically) puts 3D fixture components in place to bring the fixture model to completion. Project code MRP112 Supervisor Dr. Majid RAD Title Optimum determination of blank layouts for sheet-metal cutting processes Number of students 2 Discipline Mechanical/mechatronics Description Sheet metals are produced in standard sizes in the market. For blanking operations it is required to cut these sheets into narrow strips and cut parts from the strips on mechanical presses. A methodology is to be developed which takes the geometry of the part into consideration and automatically (or semi-automatically) determines the best layout for any given part such that maximum number of parts are produced from each sheet. A visual simulation of possible layouts for finding the best layout is required. Project code MRP113 Supervisor Dr. Majid RAD Title Computer-aided process planning (CAPP) for turning operations Number of students 2 or 3 Discipline Mechanical/mechatronics Description It is intended to put the logic of expert human in a computer program to determine the best process plan for turning operations. A methodology is to be developed for analysing the parts being machined and assigning required machining steps in the proper order. The project includes determination of appropriate cutting tools and parameters for each machining step.
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Final year engineering projects
Transcript of 2014 Final Year Projects
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2014 Final Year Projects
Project code MRP111 Supervisor Dr. Majid RAD Title CAD-based design of modular fixtures for machining operations Number of students 3 Discipline Mechanical/mechatronics Description Note: Students taking this project must have completed ENS2214
unit or must have expertise in using SolidWorks. SolidWorks is used as the CAD software. A methodology is developed for analysing the geometry of parts and its machining features. On the basis of the outcome a layout is determined automatically (or interactively) for holding and supporting the part in the fixture. A library of predefined standard 3D fixture components is established and the designer interactively (or semi-automatically) puts 3D fixture components in place to bring the fixture model to completion.
Project code MRP112 Supervisor Dr. Majid RAD Title Optimum determination of blank layouts for sheet-metal cutting
processes Number of students 2 Discipline Mechanical/mechatronics Description Sheet metals are produced in standard sizes in the market. For
blanking operations it is required to cut these sheets into narrow strips and cut parts from the strips on mechanical presses. A methodology is to be developed which takes the geometry of the part into consideration and automatically (or semi-automatically) determines the best layout for any given part such that maximum number of parts are produced from each sheet. A visual simulation of possible layouts for finding the best layout is required.
Project code MRP113 Supervisor Dr. Majid RAD Title Computer-aided process planning (CAPP) for turning operations Number of students 2 or 3 Discipline Mechanical/mechatronics Description It is intended to put the logic of expert human in a computer program
to determine the best process plan for turning operations. A methodology is to be developed for analysing the parts being machined and assigning required machining steps in the proper order. The project includes determination of appropriate cutting tools and parameters for each machining step.
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2014 Final Year Projects
Project code MRP114 Supervisor Dr. Majid RAD Title Designing laboratory experiments/tasks for comparison of the
properties of different material groups Number of students 2 Discipline Mechanical Description Students taking this project must have already completed the
ENS3260 unit with a good result. The objective of this project is to design a number of tasks using resources available in the materials laboratory of ECU. The tasks would help students better understand behaviours/properties of different material groups (metals, plastics, ceramics and composites). This should extend the knowledge of students and make them able to measure some properties, do the analysis, and develop a report showing a better understanding after completion of the tasks.
Project code MRP115 Supervisor Dr. Majid RAD Title Optimum selection of materials for engineering applications Number of students 2 or 3 Discipline Mechanical Description Students taking this project must have already completed the
ENS3260 unit with a good result. The objective of this project is to develop a methodology to facilitate/automate the task of material selection on the basis of the Ashbys materials selection charts. Mathematical models for various problems should be developed and properties of materials of Ashby charts should be restored in a computer program. This information is then used in an optimisation program/software such that optimum material for the given application is introduced among a range of other materials available.
