|Composites Design and Manufacture||
Lecture schedule with PowerPoint links
Review papers on composites technology
Subject Index to JS' web pages
Composites Design and Manufacture is a core module for the BEng (honours) Mechanical Engineering with Composites (MEC) course. MATS324 (embedded in module STAD322) was an option within the BEng/MEng (honours) Civil Engineering course during 2007-2012. The composites degree is accredited by both IMechE and IOM3 (see links in the menu to the right). The UCAS code is J510 and the UoP code is 3126:
For the MEC course, this module is complemented by two other modules: MATS320 Composites Engineering and MFRG310 Quality Management II. These three modules are regarded as integral parts of the learning for this degree pathway and will be essential to satisfactory completion of the course. These modules provide an integrated approach to structural analysis, design, materials and processing selection, and quality issues for composite materials. This module aims to:
This twenty-credit module was "new" in Academic Year 2004/05 and combines
two former ten-credit modules:
Do consider membership of the following professional organisations, not least because the composites BEng degree is accredited by the first two:
Primo is the single place where you can find resources to support your learning, teaching and research.
The Library catalogue uses the Dewey system. The following shelfmarks are relevant to this course:
The following e-books are available for free download:
and the following resources cover most issues:
HEALTH & SAFETY
ADVANCED COMPOSITES MANUFACTURING CENTRE
The centre (usually abbreviated to ACMC) embraces the undergraduate teaching, postgraduate research and commercial research - development - consultancy activities within the School of Marine Science and Engineering at the University of Plymouth.
COMSOL MATERIALS LIBRARY
The Material Library contains data for 2500 materials including the elements, minerals, soil, metal alloys, oxides, steels, thermal insulators, semiconductors, and optical materials. You specify a material in the Material Library browser, which enables you to easily find the desired material by name, or UNS (Unified Numbering System) number. Each material is represented by referenced property functions for as many as 24 key material properties, such as thermal, elastic, or electrical properties, depending on some variable, typically temperature. You can plot and inspect these function definitions, as well as change and add to them. They are then used in any coupling to other physics simulations that also depend on the property function variable in your multiphysics modelling.
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