Fundamentals of Plastics: Commercial Polymeric Materials
To register, fill out the registration form and fax it to (978) 934-2028. For more information about registering, click here.
3 DAY LECTURE/WORKSHOP
OFFERED TWICE:
January 11-13, 2010 (CRS# 00.735-001)
June 7-9, 2010 (CRS# 00.735-011)
8:30am-5:00pm
TUITION: $1195
OVERVIEW
This program provides an overview of the different plastics, properties, processes, and applications of polymeric materials. Basic concepts in plastics materials are reviewed, starting with polymerization (feedstock availability & natural resources, monomer synthesis, reaction mechanisms, reactor design) through post-reactor modification and conversion. Attention will be devoted to physical properties and the role of structure and properties on processing behavior and functional performance. Market characteristics (volumes, manufacturers & trademarks, and pricing history) and comparative properties will be detailed. Individual materials such as commodity plastics, engineering resins, and specialty polymers will be contrasted for physical properties and processability. Workshops will be held in University laboratories to examine the major physical properties discussed during the classroom lectures.
CONTENT
Introduction
Professor Stephen Burke Driscoll
To register, fill out the registration form and fax it to (978) 934-2028. For more information about registering, click here.
3 DAY LECTURE/WORKSHOP
OFFERED TWICE:
January 11-13, 2010 (CRS# 00.735-001)
June 7-9, 2010 (CRS# 00.735-011)
8:30am-5:00pm
TUITION: $1195
OVERVIEW
This program provides an overview of the different plastics, properties, processes, and applications of polymeric materials. Basic concepts in plastics materials are reviewed, starting with polymerization (feedstock availability & natural resources, monomer synthesis, reaction mechanisms, reactor design) through post-reactor modification and conversion. Attention will be devoted to physical properties and the role of structure and properties on processing behavior and functional performance. Market characteristics (volumes, manufacturers & trademarks, and pricing history) and comparative properties will be detailed. Individual materials such as commodity plastics, engineering resins, and specialty polymers will be contrasted for physical properties and processability. Workshops will be held in University laboratories to examine the major physical properties discussed during the classroom lectures.
CONTENT
Introduction
- Organic composition
- Chain substitution
- Polymer architecture (molecular weight, distribution, and branching)
- Homogeneity
- Reaction mechanisms
- Polymerization guidelines
- Marketing characteristics
- Thermoplastics vs. thermosetting resins
- Aliphatic vs. aromatic polymers
- Crystalline vs. amorphous resins
- MW effect on properties
- Thermal transitions
- Cross-linked structures
- Blending & alloying
- Factors influencing Tg and Tm, crystallinity & morphology
- Important role of various standards writing organizations
- Influence of environmental conditions, e.g. temperature, relative humidity, testing rate on physical properties, and the significance of geometry
- Molding conditions on test methods/data interpretation
- Hands-on exposure in University labs
- Investigating selected physical properties (mechanical, thermal, chemical & rheological). Multiple sessions will be devoted to discussing the correct protocols, conducting actual tests, and interpreting the generated data. Other important test methods will be discussed/demonstrated.
- Role of these important chemicals
- Compatibility and influence on both processing and functional behavior
Professor Stephen Burke Driscoll
© 1995-2009 University of Massachusetts Lowell,
Continuing Studies, Corporate & Distance Education
Continuing Studies, Corporate & Distance Education