Expert in Plastics Selection, Design, Compound, Processing, Testing, Failure, Pipes and Membrane
Expert ID: 107863 Connecticut, USA
As manager of the largest plastic pipe testing laboratory in the US, Expert is deeply involved with plastic component failure analysis and testing for physical properties or environmental stress cracking and material degradation. He has been an invited lecturer to the US DOT Transportation Safety Institute to speak on plastic gas pipe failures. Many of his programs involve long-term plastic stress analysis and service-life prediction.
Expert possesses an intimate understanding of plastics materials, their properties and mechanical behavior, the relationship of stress, time, and environmental conditions, as well as an appreciation for the interdependency of material, product design, and processing techniques for the success or failure of plastic products.
Expert has knowledge of failure processes such as plastic stress cracking and degradation (oxidation, molecular weight reduction, and crosslinking), as well as the effects of creep and stress relaxation.
Expert has extensive experience with plastic testing programs which include most physical and chemical analyses routinely performed on plastics products and materials. He has developed new test methods for specific situations. Expert provides solutions to clients' problems through his knowledge of the materials and their behavior and an understanding of the processes for sample preparation and testing as well as the process effect on test results. He has been involved in several high profile patent infringement cases involving crystalline (isotactic) polypropylene, polyethylene copolymers, and polypropylene block copolymers, as well as several plastic product applications.
All of Expert's client programs require an extensive knowledge of the major thermoplastic materials, polymerization processes, formulation components (stabilizers, reinforcements, processing aids), structures (crystalline morphology, foams, composites, blends, alloys), processing methods, and applications. He keeps abreast on the latest technological advancements through in-depth literature reviews.
Expert's broad range of knowledge concerning the plastics industry touches on aspects of material properties, product manufacturing, and product testing. He has been involved with the design and development of plastic products for use in electrochemical processes as well as development and testing of ion-exchange membranes. He has also participated in developing electrically-conductive plastic moldings and coatings, sports products, and adhesives. Expert is also active on Geosynthetics, and has been involved with several client programs involving flexible PVC, HDPE, VLDPE, and elastomeric membrane liners, and was involved in the original NSF program to develop standards for these products.
|Year: 1978||Degree: M.S.||Subject: Management Science||Institution: University of Lowell|
|Year: 1975||Degree: M.S.||Subject: Plastics||Institution: Lowell Technological Institute|
|Year: 1970||Degree: B.S.||Subject: Plastics||Institution: Lowell Technological Institute|
|Years: 1985 to Present||Employer: Undisclosed||Title: Owner, Director of Engineering||Department:|
Responsibilities:Responsible for client programs involving polymer development, product design and engineering, process development, technology studies, stress analysis, chemical and physical evaluation, test method development, service-life prediction, risk assessment, and failure analysis.
|Years: 1978 to 1985||Employer: Springborn Laboratories, Inc.||Title: Department Manager||Department:|
Responsibilities:Technical, financial, and operations management of a plastic product and materials evaluation laboratory.
|Years: 1972 to 1978||Employer: Ionics, Inc.||Title: Plastics Engineering Group Leader||Department:|
Responsibilities:Responsibility for projects involving development of polymeric components and membranes, and evaluation of plastic materials and adhesives.
|Years: 1969 to 1971||Employer: New England Instrument Company||Title: Research Chemist||Department:|
Responsibilities:Responsibility for the formulation and evaluation of new materials for high-temperature, electrically-conductive coatings.
|Years||Country / Region||Summary|
|Years: 1999 to 1999||Country / Region: Al Khobar, Saudi Arabia||Summary: He was responsible for the assessment of problems associated with CPVC plastic piping system.|
|Associations / Societies|
|Expert is a member of the Society of Plastics Engineers, the Society of the Plastics Industry, the Plastics Pipe Institute, and ASTM. He has been an Officer In ASTM F17 Committee on Plastic Piping Systems since 1984, and Director of F17 Division III. Expert is also a member of ASTM D35 and is active with the Plastics Pipe & Fitting Association.|
|Awards / Recognition|
|He was awarded the ASTM F17 Paul Finn Memorial Award.
Expert was honored with ASTM's highest award, the ASTM Award of Merit, and was inducted as a fellow of ASTM.
|Expert Witness Experience|
|Expert is an expert witness for both the plaintiff and defense in product liability and patent litigation involving plastic products and/or materials.|
|Training / Seminars|
|"Plastic Gas Pipe Failures", US DOT Transportation Safety Institute, July 1990 and
"Plastic Pipe Failures", Rural Water Authority Engineers, March 1990.
Fields of Expertise
plastic pipe, acrylonitrile butadiene styrene resin pipe, chlorinated polyvinyl chloride, hydrostatic testing, polybutylene pipe, polybutylene tubing, polyethylene tubing, polyvinyl chloride pipe, plastic failure analysis, plastic component failure, plastic service-life prediction, failure analysis, life-prediction methodology, materials failure analysis, plastic failure, stress cracking, plastic material property, mechanical property testing, plastic creep, polymer crazing, polymer stress relaxation, stress corrosion cracking, plastic stress testing, acrylonitrile butadiene styrene resin, environmental stress cracking, plastic stress corrosion, plastic stress corrosion cracking, polymer degradation, polymer testing, plastics inspection, American Society for Testing and Materials standard, isotactic polypropylene, mechanical test, rigid polyvinyl chloride, stress relaxation, plastic component design, polymer selection, high-density polyethylene, plastic material, plastic product development, polybutylene, polyethylene, polyvinyl chloride, rubber-toughened plastic, thermoplastic material selection, thermoplastics compounding, plastics industry, plastic stress analysis, thermoplastic extrusion, plastic molding, device product development, polymer science, new product development, electrically conductive polymer, design for testability, design for environment, low-density polyethylene, reinforcement system, product design, bisphenol A polycarbonate, membrane, physical joining, impact test, acrylic resin, crosslinked polyethylene, material degradation, solid body cracking, thermoplastic resin, vinyl compound, synthetic organic polymer, polystyrene, polymethyl methacrylate, polymer, polymerization, polymer foam process, polymer extrusion, polymer compounding, polyacrylate, ion-exchange membrane, geosynthetic material, cellular plastic, acetal resin, crosslinked polyethylene tubing, medical polymer selection, vinyl resin, injection molded plastic, Zytel, extruded plastic, plastic manufacturing, styrenic thermoplastic elastomer, polyvinyl resin processing, plastic package testing, high-performance polystyrene, mechanical stress test, polyvinyl chloride processing, thermoplastic web, polyethylene foam, high-pressure polyethylene, thermoplastic foam, physical stress, acetate ethylene copolymer