2005/2006 - Registrar - McMaster University

MATERIALS SCIENCE AND ENGINEERING 24'1MATLS '2X03 ' CRYSTALLINE STRUCTURE OF MATERIALS MATLS 4C03 MODERN IRON ANDSTEELMAKING'Cry~tal geometry;poillt groups, space groups,x-ray diffraction methqdsfor the determination ofcrystalJine structures' and chemical composi-,tions, electron and neutron diffracti9n methods, microanalysis, crystallineTheory and practice of iron making.' New processes for reduced energyconsumption and pollution: Thermodynamics and kinetics of steelmaking. 'Steel refining, Casting" including new near net shape technologies.,defects, physical properties of crystals,c:rystalgrowth, pha~e analy­sis, phase diagrams, phase transitions, protein crystallography.Specialty steelmaking. 'Three lectures; second term., Two lectures, one lab (three hours); first termPrerequisite: GHEM ENG 2A04, MATLS 3E04Prerequis!te: Completion of Science I or E,ngineering ICorequisite: MATLS 4804Antirequisite: MATLS 2X02MATLS 4D03 MATERIALS AND THE ENVIRONMENT'MATLS 3A03 COMPUTATIONAL MATERIALS SCIENCE I , T~e environments experienced by engineering materials in service, andThermodynamic modelling. Principles of computational thermodynamics andits applications. CALPHAD method. Thermo-Calc. Fortran 90/95 programming.TO interface and its incorporation intoproblem~oriented programs.economic methods for ensuring theor survival. The basic science ofhigh temperature oxidation ,and aqueous corrosion leads to an appreciationof methods for corrosion control.'Two lectures,' one tutorial during the first, half of the term, one leJ~ture, ,Three lectures; 'first term , ,two tutorials during the second half of the term; second term ' , Prerequisite: ,MATLS 2003; and MATLS 3E04 or 3T04 (which may bePrerequisite: Either MATLS 3C03 or3C04, and PHYSICS 2G03;or registrationin a program administered by the Depa'rtment of Mater.ials Science Offered in alternate years. -taken concurrently).'and, EngineeringNot offered in 2005-2006. , . ' .MATLS 3B03 MATERIALS PRODUCTION.MATLS4E04 COMPUTATIONAL 'MATERIALS SCIENCE IISurface science and technology related to th'e preparation of fine particlesof minerals, metals and ce'ramics for industrial production; Applica-' . elling in materials science and engineering. Applications to microstructureIntroduction to' numerical simulation techniques used in camputatianalmad~tion of electrochemistry for diverse materials proce,ssing, su'ch as formation and interface dym3.mic$. Introduction to parallel methads.electrometallurgy, thin film production and anodizing.Three lectures, ane tutorial;. second :term . ','; ,.Two, lectures, one lab (three hours); ~econd term ,Prerequisite: MAT,LS3A03 O.'r 3E04; and MATH 2C03 ar 2M06; and PHYS-Prerequi~ite:' MATLS 2806; or MATLS 2803 and'2D03ICS2G03 ' ' ,MATLS 3C04' THERMODYNAMICS OFMATLS' 4F04 SYNTHESIS AND APPLICATIONS, MUL TICOMPONENT SYSTEMS, . OF NANOMATERIALS ".Reaction equilibria in solution; stabilitydiagrams;ternary,phase diagrams; Introduction, to' synthesis routes far n'anamaterials, battom-up' and topdownapproaches, specific properties .of materials at the' nanoscale,aqueous"and high temperature electrochemistry; use of computerizedthermodynamic databases. ' "including carbon nanatubes, nanaparticles and quantum dats. 'Two lectures, one lab (threehours) every other week; one tutorial; first term, Four lectures; second tertil . ' . , . ' "Prerequisite: MATLS 2D03" Prerequisite: Hegistrationin Level IV of a pragram in HOria.urs Chemistry,Antirequisife: MATLS SC03, 3D03Materials Engineering ar Honours Materi?ls Science .!'V1ATLS 3E04 ' 'MASS TRANSFER ' ,,' , " ,MA TLS 4G02 . CHARACTERIZATION OF NANOMATERIALSPhenomenological and mechanistic approaches to diffusion; botmda,ryInteraction of electrons and photons with matter. Imaging methods with·conditions;, djffusionin fluids and solids;·point defects in solids., electran microscopy, scanning'prabe techniques, x-ray phatoeleCtronThree lectures, two tutorials; second term. , ,,',','spectroscopy and X-ray absorption analysis with high spatial resalutian .., Prerequisite: One of ENGINEER 2003,MATLS 1A03 or 1 M03; andeither 'Twa lectures; first term 'MATH 2M06 or both' MATH 2A03 and 2C03Prerequisite: Registratian in Level III ar IV afaprogram in Chemical Engineering,Hano'ursC'hemistry, EngineeringPhysics; Materials EngineeringMATLS3F03 ,'HIGH-TEMPERATURE MATERIALS PRODUCTION ', , Fundamentals of processing, building on a knowledge of ,heat and masstra'nsfer. High temperature processing of ma,.terials, focusing on heatsources, solid state processinQ of powders and liquid state processing,high temperature production routes for most important metals.Three lectures,one tutorial (two hours); se~xmd term.Prerequisite: MATLS ~D03 'Antireql)isite: MATLS4804 ,MATLS3M03 MECHANICAL BEHAVIOUR OF MATERIALSHow materials are made strong, tough, ductiie, formable. How to preventfailures. Materials selection using computer databases~ , ,Two lectures, one tutorial 'and/or, laboratory; first termPrerequisite: ENGINEER 2P04 and one of ENGINEER 2003, MATLS,1A03,1 M03, 2003; or permission of the department ,Antirequisite: ENGINEER 3P03; MATLS 3P03 ,MATLS 3Q03 MATERIALS FOR ,ELECTRONIC APPLICATIONS, Fundamental properties of materials used in electronic applications, op~, 'eration of devices and fabrication methods of electronic circuits andpackaging, Includes description of dielectric, magnetic and optoelectronic',properties.'Three lectures; second termPrerequisite: One of ENGINEER 2E03, 2003 or MATLS 1 MOSMATLS 3T04, ,PH~SETRANSFORMATIONS "Review ofthermodynamicsj binary phase diagrams and solid state diffusion;Role of, interfaces; solidification, diffusional and martensitic transformations;,welding;'oxidation. Materiallographlc examination will befeatured, in laboratory work.'Three lectures or tutorial, one lab (three hours); first termPrerequisite: One of ENGINEER 2003, MATLS1 M03, 2X020r 2X03,,MATLS '4A02 SEMINARS AND INDUSTRIAL PRACTICESeminars and ~iscussions by technical personnel from industry. Gorre-'sponding plant vis,its made by the class and reported both in written andoral form. Workshops on: Statistical Process Control; ISO ,9000; Indus~trial Health and Safety; Entrepreneurship. ", One seminar/tutorial/plant visit (three hours); both terms.Prerequisite: Registration in the final level of a program administered bythe Departm~m of Material~ Science and Engineering ,or Honours Materials Sci.ence ,MATLS 4H03 THIN FILMS,SCIENCE,Depositian and fabricatiQn techniques, surfaces, growth, mechanisms, 'epitaxy, kinetic :effects' in thin films, defects and properties ,of thiri films.Materials for' packaging.Three ,lectures; first termPrerequisite: Registration in Level IV af Materials Science or Materials,'Engineering , ' ,MATLS 4103 SUSTAINABLE MATERIALS P~OCESSINGSustainable development, traditianal eqanamic growth, materials, cycles,methods for measuring environmental impact, life cycle analysis, wastetre,atment technolO.gies ~md recyclingtechnalagies. Assessment will.cansist af a cambinatian of individual assignments and a graup project.Two lectures, ane tutorial (ane haur); secand termPrerequisite: Mf. TLS 3BO~; and MATLS 3F03,ar 4804MATLS 4J04 MATERIALS SELECTION INDESIGN AND MANUFACTURING'Impartance of materials selectian in design and manufacturing, averviewof materials properties, materials selection charts, perfarmance indices,case stuqies with' simple' and camplex design canstraints, fabricatianprocess selection.'Three lectures, one tutorial (ane hour); first termPrerequisite: ENGINEER 2P04; and CHEMENG 2A04 or MECH ENG 3R03First offered in 2006-2007.. 'MATLS 41