Michael Hann – författare

The Grammar of Pattern describes characteristics of textile and other surface patterns, and identifies, illustrates, and reviews a wide range of pattern types including spotted, striped, checked, tessellating and other types of all-over patterns with original drawings and images.

This book includes original black-and-white line drawings and color images. The modular nature of patterns is explored, and attention is focused on the vast diversity of pattern types which can emerge from a small inventory of components. The book features material that is easily accessible with obvious mathematical content kept to a minimum and offers fresh perspectives on the nature of tessellating and other all-over patterns.

This book serves as an effective practical guide for both students and professionals. Select sample exercises and student assignments are included, making this an ideal course text for teachers engaged across the full range of design education.

The Grammar of Pattern describes characteristics of textile and other surface patterns, and identifies, illustrates, and reviews a wide range of pattern types including spotted, striped, checked, tessellating and other types of all-over patterns with original drawings and images.

This book includes original black-and-white line drawings and color images. The modular nature of patterns is explored, and attention is focused on the vast diversity of pattern types which can emerge from a small inventory of components. The book features material that is easily accessible with obvious mathematical content kept to a minimum and offers fresh perspectives on the nature of tessellating and other all-over patterns.

This book serves as an effective practical guide for both students and professionals. Select sample exercises and student assignments are included, making this an ideal course text for teachers engaged across the full range of design education.

This book includes fundamentals of textile processing technology with explanation of craft techniques, various stages of processing fibres and yarns with useful, readily understandable, line drawings. Fibrous types, dyes, yarns and cloths have been explained and material is supported by glossary and explanation of processing stages from fibre to finished cloth. Further, the considerations of relevance to the development and preparation of a design collection are outlined and discussed. Various testing procedures, including fibre, yarn and cloth identification methods, and important innovations in textile products and processing are identified and explained as well. Focused mainly on the needs of students specializing in textile or fashion design, at first year undergraduate university level, this book:

This book includes fundamentals of textile processing technology with explanation of craft techniques, various stages of processing fibres and yarns with useful, readily understandable, line drawings. Fibrous types, dyes, yarns and cloths have been explained and material is supported by glossary and explanation of processing stages from fibre to finished cloth. Further, the considerations of relevance to the development and preparation of a design collection are outlined and discussed. Various testing procedures, including fibre, yarn and cloth identification methods, and important innovations in textile products and processing are identified and explained as well. Focused mainly on the needs of students specializing in textile or fashion design, at first year undergraduate university level, this book:

In the late 1970s, aggressive, young bands are forming across Britain. Independent labels are springing up to release their music. But this isn''t the story of punk. Forget punk. Punk was a flash in the pan compared to this. This is the story of the New Wave of British Heavy Metal, a musical movement that changed the world. From this movement - given the unwieldy acronym NWOBHM - sprang streams that would flow through metal''s subsequent development. Without NWOBHM there is no thrash metal, no death metal, no black metal. Without the rise of Iron Maiden, NWOBHM''s standard bearers, leading the charge to South America and to South Asia, metal''s global spread is slower. Without the NWOBHM bands - who included Def Leppard, Motorhead, Judas Priest, Diamond Head and many others - the international uniform of heavy metal - the ''battle jacket'' of a denim jacket with sleeves ripped off, and covered with patches (usually sewn on by the wearer''s mum), worn over a leather biker jacket - does not exist: ''Denim and leather brought us all together,'' as Saxon put it. No book has ever gathered together all the principals of British heavy rock''s most fertile period: Jimmy Page, Rick Allen, Michael Schenker, Robert John ''Mutt'' Lange, Ritchie Blackmore, Rick Savage, Phil Collen, David Coverdale, Cronos, Biff Byford, Joe Elliott, Rob Halford, Ian Gillan, Phil Mogg, Robert Plant, Tony Wilson, Lars Ulrich, Pete Waterman to name a few. In Denim and Leather, these stars tell their own stories - their brilliant, funny tales of hubris and disaster, of ambition and success - and chart how, over a handful of years from the late 1970s to the early 1980s, a group of unlikely looking blokes from the provinces wearing spandex trousers changed heavy music forever. This is the definitive story about the greatest days of British heavy rock.

Computational and theoretical tools for understanding biological processes at the molecular level is an exciting and innovative area of science. Using these methods to study the structure, dynamics and reactivity of biomacromolecules in solution, computational chemistry is becoming an essential tool, complementing the more traditional methods for structure and reactivity determination. Modelling Molecular Structure and Reactivity in Biological Systems covers three main areas in computational chemistry; structure (conformational and electronic), reactivity and design. Initial sections focus on the link between computational and spectroscopic methods in the investigation of electronic structure. The use of Free Energy calculations for the elucidation of reaction mechanisms in enzymatic systems is also discussed. Subsequent sections focus on drug design and the use of database methods to determine ADME (absorption, distribution, metabolism, excretion) properties. This book provides a complete reference on state of the art computational chemistry practised on biological systems. It is ideal for researchers in the field of computational chemistry interested in its application to biological systems.