Frictional Coefficients Between Plug and Sheet

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Recent Posts

• Brief Biography of James L. Throne, PhD
• Jim Throne is now doing Business as Sherwood Technologies
• Jim Throne Lectures in Thailand and Malaysia in 2008
• An Improved Algorithm for Determining Energy Interchange Between Heaters and Sheet in Thermoforming
• Does the Thermoforming Sheet Slide on the Plug? – Part 3
• Does the Thermoforming Sheet Slide on the Plug? – Part 4
• Does the Thermoforming Sheet Slide on the Plug? – Part 2
• Does the Thermoforming Sheet Slide on the Plug? – Part 1
• Thermoforming Conference 09-06
• Dr. James Throne Lectures in India in 2005
• Thermoforming: Growth And Evolution II
• Thermoforming: Growth And Evolution I
• Sliding Contact Between Solid or Semi-solid Polymer and Non-polymer – Part 3
• Sliding Contact Between Solid or Semi-solid Polymer and Non-polymer – Part 2
• Sliding Contact Between Solid or Semi-solid Polymer and Non-polymer – Part 1
• Thin-Gauge Twin-Sheet Thermoforming
• Powder Flow Characteristics
• What's the Cost of Polymer Testing?
• Frictional Coefficients Between Plug and Sheet
• So… Where Does All the Air Go?
• Foaming in Rotational Molding I
• Let's Thermoform Polypropylene!
• Model Heating Part 2
• Model Heating Part 1
• Boundaries on the Heating Process
• Shock Mitigation in Low-Density Thermoplastic Foams Part II
• Gas Migration in Low-Density Thermoplastic Foams – I
• Shock Mitigation in Low-Density Thermoplastic Foams Part I – Dealing with Inbound Kinetic Energy
• Low-Density PET Foam, Part II
• Low-Density PET Foam, Part I
• Microcellular Foams
• Some Observations on Model Building at 1997 SPE ANTEC
• Comments on the First International Thermoforming Conference
• Sag: A Technical Bugbear

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