81. Other Links The Hosokawa Micron Group of companies is committed to meeting your needs worldwidethrough an emphasis on materials science and process engineering. http://www.granular.com/POWDER/others.html

Other Home Pages Societies ] [Research Groups/ North America Europa Asia Companies ... Others The last update : 3 May 2002 Back to Powder Page Societies The Society of Powder Technology, Japan maintained by Tsuji Group The Association of Powder Process Industry and Engineering, Japan Information Center of Particle Technology, Japan EUROPEAN CONSORTIUM ON NANO-MATERIALS ... Particle Technology Forum, USA Research Groups North America USA Canada USA Granular Flows Group The Mechanical Engineering Department at Caltech Particle Technology Center Mechanical Engineering Department New Jersey Institute of Technology ... Colorado School of Mines You can find useful list of links to related Institute! Computational Modeling of Materials - DEM MIT Intelligent Engineering Systems Lab MIT The Chaos and Mixing Group at Northwestern ... Particulate Materials and Geomechanics Research Group at the Coordinated Engineering Programs of the University of Missouri-Columbia College of Engineering Carl Wassgren: Granular Materials Department of Mechanical Engineering ... Haverford College ,Haverford Granular Material Science at the University of Notre Dame Department of Physics the University of Notre Dame WAVE-PATTERNS IN GRANULAR MEDIA ... University of California, San Diego

82. Master Group: Profession , Draft, Loads, Food, Preengineered, Bidders Our unique approach combines facility design, process engineering, and constructionwithin one firm that keeps the Owner in control and makes his project a http://www.mastergroup.net/about.html

About Master Group T Our services are tailored to either be single-source for your total project or single discipline for a part of your project. We know your project will go through three phases: planning, designing, and implementing. Master Group can help you along each step of the way to insure a successful project. Our unique approach combines facility design, process engineering, and construction within one firm - that keeps the Owner in control and makes his project a success! Contact Us Please click here

83. CCR - Technical Disciplines industry requires advances in Chemical Synthesis, Bioprocesses and Biotechnology,materials Technology, process Science and engineering Technology, Chemical http://www.ccrhq.org/vision/index/techdisc/

Technical Disciplines Supply Chain Management Information Systems Manufacturing and Operations Chemical science is the most fundamental driver of advances within the chemical industry. Maintaining and improving the competitiveness of the U.S. Chemical industry requires advances in: Chemical Synthesis, Bio-processes and Biotechnology, Materials Technology, Process Science and Engineering Technology, Chemical Measurement, and Computational Technologies. For a description of individual Roadmap and Workshop activities see Roadmap/workshops Descriptions The association identified between ( ) has volunteered to lead the roadmap efforts in that particular focus area. New Chemical Science and Engineering Technology (CCR) Bioprocessing (CCR) Chemical Measurements (CCR) Chemical Synthesis (CCR) Computational Chemistry (CCR) Materials Technology (CCR) Process Science and Engineering Technology (CCR, AIChE)

84. :: MIT ChE :: Research - Materials polymer physical chemistry, biomedical engineering, biomaterials, conservation kinetics,surface science, process modeling. tailoring of materials, synthesis of http://web.mit.edu/cheme/research/materials.html

The inorganic compounds found in nature are the basis for new materials made by modifying molecular composition (such as purifying silicon and doping it with selected impurities) and structure (such as control of pore and grain size). These materials have electronic, mechanical, and optical properties that support a variety of novel technologies. Other materials are applied as coatings - thin films that create a functional surface. Still other materials have biological applications, such as diagnostic sensors that are compatible with living tissue, barriers that control the release of pharmaceutical molecules, and scaffolds for tissue repair. A new generation of biomaterials is being derived from biological molecules. Research in materials is wide-ranging and highly interdisciplinary, both fundamental and applied. In the Department, you will find expertise in plasma etching, thin-film chemical vapor deposition, crystal growth, nano-crystalline structure, molecular simulation, scaffolds for bone and soft tissue regeneration, biocompatible polymers, and many other areas of materials engineering. View the pages of individual faculty members to learn about recent and ongoing research. Robert A. Brown

85. Biotechnology Process Engineering Center: Reports To The President 2000-2001 disciplines will be used to examine biological materials and organisms More informationabout this the Biotechnology process engineering Center can be found at http://web.mit.edu/communications/pres01/13.12.html

@import url(report2.css); Biotechnology Process Engineering Center In This Report Highlights Milestones and Goals Future Goals for Fiscal Year 2002 Personnel Changes The Biotechnology Process Engineering Center (BPEC) as a National Science Foundation Engineering Research Center (NSF ERC), is a multi-disciplinary body with faculty members from the MIT Departments of Biology, Chemistry, and Chemical Engineering, the Division of Bioengineering and Environmental Health (BEH), and the Whitehead Institute for Biomedical Research, along with the University of Toronto Department of Chemical Engineering and the Brown University School of Medicine Liver Center. The mission of BPEC is to carry out research and education combining engineering with molecular biology, emphasizing a strong relationship with industry in its various activities. The goals of the Center are to perform cutting-edge, fundamental research in therapeutic gene and protein biotechnology based on contributions from, and interactions among, investigators from diverse relevant backgrounds. Highlights The NSF celebrated the 15th Anniversary of the ERC program at their fall 2000 Annual Meeting. Since BPEC is the ERC class of 1985, it took an active role in this celebration. The BPEC remains committed to its core mission of fostering interdisciplinary research and education fusing engineering with molecular cell biology, with emphasis on strategic problem-solving and close interactions with the biotechnology industry. BPEC's NSF-supported Strategic Plan continues to focus on therapeutic gene biotechnology, with two major engineered-system objectives: an ex vivo approach employing genetically-engineered stem cells (BPEC Project Area A), and an

86. Society For The Advancement Of Material And Process Engineering (SAMPE) • Mater . Website of this US professionalsociety. News of conferences and other events, some useful materials links...... Material and process engineering (SAMPE). http://www.materials.ac.uk/resources/fullrecord.asp?resourceid=991

87. School Of Engineering, Tohoku University Syllabus 2002 Master Level Course Plan . materials process Engineeringfor Environmental Consciousness. Fields of Study http://www.eng.tohoku.ac.jp/syllabus/2002/subject/1033-e.html

School of Engineering, Tohoku University 2002 Syllabus School of Engineering's Top Page Syllabus Top Page JAPANESE - Master Level Course Plan - Materials Process Engineering for Environmental Consciousness Fields of Study Department of Metallurgy Department of Materials Processing Department of Materials Science Level / Semester Master Level Course / Autumn-Winter Category / Credit Major General / 2 Instructor / Department Nakazawa, Shigeatsu ( Associate Professor ) / Graduate School of Environmental Studies Nagasaka, Tetsuya ( Professor ) / Graduate School of Environmental Studies Course Object and Description The princepal of materials process engineering for environmental consciousness is introduced in this class. The following item is definitely presented on the viewpoint of energy minimization, recycle and zero emission; process assesment, reaction mechanism at high temperature, and energy estimation in material production at high temperature. Requirements and Restrictions Course Plan Evaluation of Performance Required Text and Recommended References Link

88. Kimberly-Clark Careers : Job Opportunities : Research / Engineering interaction with representatives of engineering, marketing, finance training in product,process, and material synthetic, and composite) products and materials. http://www.kimberly-clark.com/careers/jo_res_engin.asp

There may be no better place to launch a career in research and development or in engineering than at Kimberly-Clark. Because innovation and new product development are cornerstones of our success, both research and engineering are heavily emphasized and highly regarded. In fact, we invest $225 million each year into the development of new technology, and we are considered the foremost global leaders in each of our core technologies which include absorbency, fiber forming, and nonwovens. Our research and engineering professionals have access to the resources and tools within an environment that fosters excellence and risk-taking. Whether you apply for a specific job opportunity or just want to explore the possibilities, please Submit your Resume

89. Wayne State University College Of Engineering Chemical process engineering I Fluid Flow and Heat Transfer. of momentum and heatin engineering systems. Practical aspects of transport of materials and heat http://www.eng.wayne.edu/coe/main.cfm?location=234

90. Society For The Advancement Of Material And Process Engineering ( www.sampe.org. Summary, The Society for the Advancement of Material and processengineering (SAMPE) promotes excellence in materials and process engineering. http://www.manufacturingadvice.org.uk/categories/Materials/Link_SAMPE.jsp

91. MatWeb - Advertising To The Materials Engineering Community use the MatWeb online materials database every weekday to find engineering materials. atreaching users who are in the materials selection process. http://www.matweb.com/services/advertising.asp

Welcome to MatWeb Data on over metals, plastics, ceramics, and composites. HELP WANTED! HOME SEARCH TOOLS ... LOGIN Searches: Sequential Material Type Property Composition ... Manufacturer Advertise on MatWeb Advertise with MatWeb and benefit from: Targeted Demographics - 9500 Users per Day Costs Commensurate with Exposure Contact Us for Specific Suggestions Over 9500 engineers, designers, and scientists use the MatWeb online materials database every weekday to find engineering materials. These users represent a prime demographic for your advertising message. MatWeb offers a variety of ways to connect our users with your company: supplier listings, banner ads, and links to your own web site. MatWeb's supplier listings are especially effective at reaching users who are in the materials selection process. Our ad plans can fit any budget - your total cost is a function of your ads' exposure on MatWeb. Give us a call at (540) 552-5300 or or email us at info@matweb.com , describe your company's products or services, and listen to our ideas on how best to reach MatWeb's users. MatWeb Advertising Plans: 1. Material Supplier Listings:

92. Electrochemical Materials Home Page The Electrochemical materials processing Group is located in the Departmentof Chemical and process engineering at the University of Newcastle. http://www.staff.ncl.ac.uk/s.roy/echem.html

Electrochemical Materials Processing Group Department of Chemical and Process Engineering The Electrochemical Materials Processing Group is located in the Department of Chemical and Process Engineering at the University of Newcastle. The group currently consists of Dr. S. Roy (Lecturer), Mr. D. Page (PhD Student), Mr. W. Meuleman (PhD Student), Mr. K. Johanssen (visiting PhD student) and Mr. S. Caprodossi (Junior Research Associate). Overview e g . physical vapour deposition and electroless plating) to optimise material properties. These kinds of studies require research at various levels. Initially, an understanding of the electrochemistry and the structure of materials provides an insight to the fundamental proceses occurring at the interface. This information is used at a second level to develop new processes to manufacture these materials or products. Finally, these technologies are transferred to industrial partners with special consideration for their needs and requirements. Workers within the group therefore can combine more fundamental scientific research with practical experience. As expected, such interdisciplinary research requires collaborative efforts with other departments, universities, research institutes and industries. Current Projects Electrodeposition of metallic multilayers: There is currently considerable interest in the preparation of these materials as they often exhibit enhanced mechanical and magnetic properties. For example, the electrical resistance of multilayered structures consisting of alternate thin (

93. Department Of Trade And Industry - Engineering (Electrical, Mechanical & Process Government Partnership with the engineering (Electrical, Mechanical process)Sector materials and engineering Sector Unit (MESU) The DTI's materials and http://www.dti.gov.uk/sectors_engine.html

Select a DTI site ACAS Automotive Industry Best Practice BNSC Space Business Link CAC Climate Change (CCPO) CICs ^M CII Clusters Communications Bill Companies House Company Law Competition Policy Competitiveness Consumer Policy Consumer Gateway CST Design Employment Enemy Property Energy Enterprise Act Enterprise Guide Environment Europe Evaluation Export Control Exporting Fair Markets Foresight GlobalWatch Online Innovation Insolvency Invest UK Investigations IT / Telecoms JEMU LINK Manufacturing Measurement Science NWML Office of Science and Tech. OST International Oil and Gas Partnership Fund Patent Office Postal Services Procurement Quality Mark Queen's Award Radiocommunications Agency Recruitment Regional Renewable Energy Science Small Business Social Enterprise Standards Regs. Statistics Sustainable Development Trade Partners UK online for Business Utilities Review Women and Equality Work-Life Balance Worldtrade Select an industry Aerospace Agriculture Automotive Biotechnology Broadcasting Building Business Services Chemicals Clothing Construction Education Electrical Engineering Environmental Fashion Financial Fire/Police Fisheries Food and drink Footwear Furnishings Giftware Healthcare Horticulture Household Jewellery Leisure Mechanical Medical Metals/Minerals Oil and gas Packaging Paper/Print Property Serv Radio Retailing R and D Security Tableware Telecoms Textiles/Carpets Tourism Training Transport DTI quicklinks About DTI For Business For Employees For Consumers Insight Press Notices Speeches Consultations Publications Regulatory Guidance Content summary: Overview Government Sponsorship Schemes and Initiatives Specific Export Help ... Regulatory Guidance Overview

94. Chemical Engineering And Advanced Materials The formation of the School of Chemical engineering and Advanced materials reflectsthe evolution in the field, consolidating Newcastle's status as the http://www.ncl.ac.uk/ceam/

Since its institution in 1954, Chemical Engineering at Newcastle has undergone many cycles of change. The formation of the School of Chemical Engineering and Advanced Materials reflects the evolution in the field, consolidating Newcastle's status as the regional centre for education and research in the discipline. The school continues to offer its well-established and recognised undergraduate degree programmes, and industrially relevant taught postgraduate courses. The expansion of its internationally renowned research groups will provide the synergy to push back the frontiers of Chemical Engineering science and technology. Start browsing ... Take me to information about About this site The School Undergraduate degree programmes Postgraduate courses Research in the School Facilities in the School CPD Courses EXTRANET School of Chemical Engineering and Advanced Materials University of Newcastle upon Tyne, UK

95. INPG - Map Home page Computer Science and Applied Mathematics Mechanics and Mechanical engineeringMaterials and process engineering Automation, Signal processing http://www.inpg.fr/INPG/US/map.html

What's INPG What's INP Grenoble ? Studies Studies at INP Grenoble Schools Engineering Schools Research Reasearch at INP Grenoble International International Relations Practical Practical information for students Acces to What's INP Grenoble ? Home page Nine engineering school and a departement Research, links and collaboration with Industry, academic staff... International relations ... Some figures Studies at INP Grenoble Home page About the French educational system in engineering Undergraduate studies Accreditation, admission Organisation of studies, training periods Language requirement, tuition and fees Summer programs Graduate studies Admissions Master of engineering, Master of science Specific year : Double major and Double degrees French course Engineering Schools Home page Electrochemistry and Materials Science (ENSEEG) Electronics and Telecommunications (ENSERG) Management of Industrial Systems (ENSGI) ... Telecommunications (Departement ENSIMAG-ENSERG) Reasearch at INP Grenoble Home page Computer Science and Applied Mathematics Mechanics and Mechanical Engineering Materials and Process Engineering ... Automation, Signal Processing, Microelectronics and Electrical Eng.

96. Division Of Mining And Mineral Process Engineering, UQ World Class Be Part of It, Search UQ http://www.minmet.uq.edu.au/

World Class: Be Part of It Search UQ: MMPE Division Experimental Mine MMPE Contacts Undergraduate Programs ... Staff (UQ Only) see also: Division of Materials privacy feedback ABN 63 942 912 684 University Provider Number: 00025B Authorised by: Head of Division Maintained by: webmaster@minmet.uq.edu.au Last Updated - 13 March 2003

97. Materials And Process Sciences Center: Materials Processing, Materials Engineeri Center 1800 The materials and process Sciences Center provides scientific and engineeringexpertise in materials techniques to support the missions of Sandia http://www.sandia.gov/materials/sciences/

Welcome to the Materials Process and Sciences Center! - Center 1800 The Materials and Process Sciences Center provides scientific and engineering expertise in materials techniques to support the missions of Sandia National Laboratories and to meet the needs of our materials customers. Mission Our mission, background, challenges and opportunities. People Organizational structure and department listings, complete with phone numbers and locations. Short descriptions of the technical capabilities we can apply to meet customer needs and briefs highlighting recent accomplishments. Visiting Us A list of our facilities and maps of locations. News, Info, and Announcements Awards, Recent Patents, Highlighted Activities SNL Policies (SNL Internal Use Only): Related Sites Materials Aging and Reliability Materials Chemistry Analytical Materials Science Materials Mechanics ... Questions and Comments Last Published:21 August 2002

98. The World-Wide Web Virtual Library: Chemical Engineering engineering and Construction; Environment; Fluid Mechanics; Mass Transfer; Materialsand Properties; Nuclear; Polymers; Reactions; process Control; process Design; http://www.che.ufl.edu/www-che/

Chemical Engineering Home Department Graduate ... Alumni Chemical Engineering This subject catalog lists information resources relevant to Chemical and Process Engineering Sub-Topics Analytical Methods, Products and Services Biomedical Biotechnology Ceramics ... Water Technology Organizations Academic Institutions Geographical Listing United States Listing Alphabetical Listing Professional Organizations ... Consultant and Service Providers Relevant Information Resources Catalogs General/Related Topics Information Indexes and Resources Newsgroups, Bulletin Boards and E-Mail Discussion Lists ... World-Wide Web Virtual Libraries WWW Virtual Library:Chemical Engineering Administrator kirmse@che.ufl.edu Please e-mail suggestions and comments to www-che@che.ufl.edu (C)1998 Kirmse , See also: Limits of Service Phone: 352.392.0881 Fax: 352.392.9513 Chemical Engineering Department Room 237 CHE PO Box 116005 Gainesville, FL 32611-6005 Chemical@eng.ufl.edu This page was last updated Wednesday, March 12, 2003

99. ENGnetBASE: Engineering Handbooks Online Summary. Features. Table of Contents. Composites ManufacturingMaterials, Product, and process engineering. Sanjay K. Mazumdar. http://www.engnetbase.com/ejournals/books/book_summary/toc.asp?id=569

100. Engineering Degrees Information geared towards potential students covering the program, faculty, school, and field.Category Science Technology Metallurgy Academia...... Mineral process engineering Program is now in the Chemical engineering DepartmentClick here for Chemical engineering http//www.chem.mtu.edu/chem_eng/index http://www.mmpe.mtu.edu/mpe1.html

College of Engineering Enterprise Program B.S. in Engineering Admissions ... Go to Graduate Programs Undergraduate Degree Programs Links to Department Undergraduate Pages Straight and direct links to each degree program web page or department web page Applied Geophysics - BS Dept. Page Biomedical Engineering - BS Dept. Page ... Dept. Page Links to Interdisciplinary Undergraduate Pages Engineering -BS Non-departmental program Enterprise Program Engineering Design Teams Undergraduate Programs in Engineering Distance Learning Programs Mechanical Engineering - Bachelor of Science in Engineering: Mechanical Design or Manufacturing Options Designing Engineering Certificate Non-degree undergraduate program Engineering Fundamentals Non-degree program Dept. Page

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Page 5     81-100 of 110    Back | 1  | 2  | 3  | 4  | 5  | 6  | Next 20