Computer applications in applied polymer science II : automation, modeling, and simulation
著者
書誌事項
Computer applications in applied polymer science II : automation, modeling, and simulation
（ACS symposium series, 404）
American Chemical Society, 1989
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注記
"Developed from a symposium sponsored by the Division of Polymeric Materials: Science and Engineering of the American Chemical Society at the Third Chemical Congress of North America (195th National Meeting of the American Chemical Society), Toronto, Ontario, Canada, June 5-11, 1988."
Includes bibliographical references
内容説明・目次
内容説明
Addresses the impact of computer science on automation, modelling, simulation, and optimization of polymer science as a result of the availability of more powerful, lower-cost computers and modelling software. Five sections illustrate a wide variety of modelling applications, including laboratory and information automation; mathematical modelling, simulation, and optimization; cross-linking reactions and cure process modelling; polymerization kinetics and process modelling; and polymerization process control.
目次
- Computer Applications in Applied Polymer Science: Where It Is and Where It's Going
- Data Management, Analysis, and Reporting Alternatives for Laboratory Instrumentation
- Microcomputer Programs for Size Exclusion Chromatography
- Role of Intelligent Robotics in Materials Evaluation
- Development of a Fully Automated Tensile and Flexure Test System
- Recursive Techniques in Property Information Retrieval and Calculation for Computer-Aided Formulation
- Expert System for Selecting Chemical Protective Clothing
- Application of Statistical Experimental Design to Development of Low-Density Polymer Foams
- Statistical Analysis of Coatings Degradation by Time-Series Methods
- Optimizing Solvent Recovery Systems in Polymer Processes
- A Molecular View of Bulk Deformation
- Kinetic Model for Tensile Deformation of Polymers
- Mathematical Modeling of Forming and Performance of Plastic Materials
- Modeling the Effect of Polymer Rheology on the Performance of Underwater Pelletizers
- Relative Energetics of Diamino-, Dihydroxy-, and Difluorobenzenes
- Automated Software for Analyzing NMR Spectra of Polymers
- ' C-NMR Analysis of Multicomponent Polymer Systems
- Calculating Network Structure Using Miller-Macosko Theory: Networks with Two Cross-Linking Reactions
- Stochastic Description of Copolymerization and Network Formation in a Six-Component, Three-Stage Process
- Curing of Polyurethane Coatings: Chemical and Physical Information Processed in a Mathematical Model
- Network Formation in Free-Radical Copolymerization: Pseudo Kinetic Rate Constant Method for Copolymers with Long Branches
- Optimization of Manufacture of Filament Wound Composite Processing
- Applications of Monte Carlo Methods to Sequence Distributions in Polymers
- Prediction of Copolymerization Conversion from Reactor Head-Space Vapor Composition
- Modeling and Computer Simulation of a Free-Radical Polymerization Finishing Process
- Optimization of a Batch Polymerization Reactor at the Final Stage of Conversion
- Mathematical Modeling of Bulk and Solution Polymerization in a Tubular Reactor
- Mathematical Modeling of Emulsion Copolymerization Reactors
- Detailed Modeling of Multicomponent Emulsion Polymerization Systems
- Evaluation and Analysis of a Multisite Kinetic Model for Polymerization Initiated with Supported Ziegler-Natta Catalysts
- Predicting Rates of Decomposition of Free-Radical Initiators: Azo Compounds, Peresters, and Hydrocarbons
- Application of a Modified Accelerating Rate Calorimeter to Decomposition Kinetic Studies
- Measurement and Control Hardware for Laboratory-Scale Resin Preparations
- Computer Data Logged Pilot-Plant Reactors: Design, Philosophy, and Use
- Computer-Based Laboratory for Developing Practical Automated Feedback Control Systems for Batch Polymerizations
- Application of Time-Series Analysis to Temperature Control of Semi-Batch Reactors
- Modeling and Optimization of Extruder Temperature Control
- Reactive Extrusion of Polypropylene: Elucidating Degradation Kinetics
- Finite Element Modeling of Polymer Flow and Heat Transfer in Processing Equipment
- Filament Winding: Numerical Control
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