By Juan P. Hernandez-ortiz
His three-part textbook is written for a two-semester polymer processing sequence in mechanical or chemical engineering. the 1st and moment half are designed for a senior- to grad-level path introducing polymer processing, and the 3rd half is for a graduate path on simulation in polymer processing. through the booklet, many functions are offered in type of examples and illustrations. those also will serve the working towards engineer as a consultant while picking out very important parameters and elements through the layout strategy or while optimizing a technique.
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Polymer Processing - Modeling and Simulation
His three-part textbook is written for a two-semester polymer processing sequence in mechanical or chemical engineering. the 1st and moment half are designed for a senior- to grad-level path introducing polymer processing, and the 3rd half is for a graduate path on simulation in polymer processing.
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Extra info for Polymer Processing - Modeling and Simulation
Sample text
For many years now, rubber products have been found everywhere, from belts to seals, and from hoses to engine mounts. To design and manufacture such products, the rubber technologist must go through various procedures and steps, such as choice of materials and additives, choice of compounding equipment and vulcanization system, as well as testing procedures to evaluate the quality of the finished product. The choice of the base elastomer can be an overwhelming task, even for those with experience in rubber technology.
The degree of crystallinity in a typical thermoplastic will vary from grade to grade as, for example, in polyethylene, where the degree of crystallinity depends on the branching and the cooling rate. Because of the existence of amorphous as well as crystalline regions, a semi-crystalline polymer has two distinct transition temperatures, the glass transition temperature, Tg , and the melting temperature, Tm . 25 shows the dynamic shear modulus versus temperature for a high density polyethylene, the most common semi-crystalline thermoplastic.
Why? 10 Which broad class of thermoplastic polymers densifies the least during cooling and solidification from a melt state into a solid state? Why? 11 What class of polymers would you probably use to manufacture frying pan handles? Even though most polymers could not actually be used for this particular application, what single property do all polymers exhibit that would be considered advantageous in this particular application. 12 In terms of recycling, which material is easier to handle, thermosets or thermoplastics?