Finishes (4th Ed.) Mitchell's Building Series
Auteurs : Everett Alan, Dean Yvonne
The fourth edition of this well established text brings the subject up-to-date with environmental legislation and provides a thorough understanding of the surface technologies of all materials used for finishes. It also aims to minimise the use of finishes which have shorter lives and hence need renewing more frequently. As the variety of materials used for finishes is so large, they have been grouped into their engineering categories of ceramics, polymers, metals and composites to aid understanding of their structure, behaviour and ability to resist degradation.
Finishes is an essential textbook for Materials units on building, architecture, surveying and related degree and postgraduate courses, and for students of BTEC HNC/D building and surveying.
1. Introduction 2. Polymeric Materials 3. Applications of Polymeric Materials 4. Ceramic Materials 5. Applications of Ceramic Materials 6. Metals 7. Composites 8. Conclusion Index
Yvonne Dean is Principal Lecturer within the School of Architecture and Design at the University of North London. She is also Director of the Low Energy Architecture Research Unit (LEARN) which since 1987 has established a reputation for the design of passive solar buildings, daylighting and energy consultancy. She won the University of Westminster's National Woman Achiever in Building Technology award in 1994.
- Deterioration problems are illustrated with many photographs of well-known architectural examples.
- Eables students to transfer their knowledge of materials and surface technology to the design and specification of finishes.
- Sets the decision-making process within the context of environmental responsibility and legislation.
- Well illustrated with case studies showing the applications and performance of finishes in built examples.
Date de parution : 08-2016
18.9x24.6 cm
Thèmes de Finishes :
Mots-clés :
Epoxy Polyamide; paint; Anodic Oxidation Coatings; films; Freeze Thaw Test Cycles; window; Moisture Content; joinery; Super-cooled Liquids; wood; Plaster Of Paris; stain; Sintered Mixture; terra; Urea Formaldehyde Foam Insulation; cotta; European Documentation Centres; epoxy; Electrostatic Air Cleaners; polyamide; Minimize Air Movement; ceramic materials; McGraw Hill Building; environmental legislation; Supercooled Liquids; finishing elements; Copper Based Alloys; polymeric materials; BRE Digest; surface technologies; National Building Specification; Paint Films; Terra Cotta; Vol III; Electropositive Radicals; Metal Lathing; Macro Finishes; Indoor Air Quality; Frost Resistance; Fibre Composites