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Handbook of Adhesives and Sealants
Number of Followers: 2

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ISSN (Print) 1874-5695
Published by Elsevier

[3203 journals]

Series Editor
- Abstract: Publication date: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  PubDate: 2014-10-04T04:36:34Z
Series Page
- Abstract: Publication date: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  PubDate: 2014-10-04T04:36:34Z
Preface to volume 2
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  PubDate: 2012-12-15T09:26:58Z
Color plates
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 1 Theories of adhesion
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  Studied chemistry at Bristol University (BSc 1964) and physical chemistry at Leeds and Belfast Universities (PhD Leeds 1967) and then appointed to teach polymer chemistry at Leicester Polytechnic. Resigned in 1989 to work as a consultant but became a visiting fellow at Loughborough University and a visiting professor at De Montfort University (formerly Leicester Polytechnic). Awarded a DSc by Bristol University in 1994. For many years has been joint editor-in-chief of the International Journal of Adhesion and Adhesives.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 2 Equipment for the application of adhesives and sealants: Mixing,
metering, coating or applying the adhesives
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  Philippe Cognard is an Ingénieur of the Ecole Supérieure de Physique et Chimie de Paris — France's leading Physics and Chemistry college — and he received his Diploma in 1964. He started his professional career in the USA the same year at the Pittsburgh Plate Glass Company moving to the Bloomfield Adhesives and Sealants Division in 1966 as a research and development chemist. Over the years, he has held many top positions in leading adhesive and sealant companies around the world. These include: u - Rousselot, France's main developer and supplier of adhesives — later to become Elf Atochem — in various positions in the R&D, marketing and sales departments. -Weber et Broutin — now Saint Gobain — dealing with building adhesives and mortars - Ato-Findley — part of the Elf Aquitaine Group that became Bostik-Findley in the Total Group after the merger between Elf and Total — as Marketing Director for Adhesives. - In 1996, he was appointed as a Director of the Ato-Findley Adhesives company in Guangzhou, China where he oversaw the launch, marketing and sales development in this country of Ato-Findley adhesives and sealants for application areas such as; construction, woodworking and furniture, packaging, laminating, footwear, and many others. This gave him a broad and thorough knowledge of the huge Chinese market, along with all R&D, manufacturing, marketing and sales activities employed by the company. With more than 36 years of experience in the adhesives and sealants industry, he has also written and edited several related technical books and journal papers. Many different techniques and equipment are used to dispense and apply the adhesives and sealants on the materials to be bonded. Users of adhesives, manufacturers of adhesives and sealants and equipment manufacturers, all need to know these techniques. Several chapters in this Handbook deal with these techniques. This chapter will study in detail all the application techniques and equipment for all types of adhesives.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 3 Design and stress calculations for bonded joints
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  Richard Moulds graduated in chemistry whilst studying epoxy technology with Shell Research. He focussed on Civil Engineering applications by joining Tarmac and continued to study Polymer Technology at the South Bank University, London. Five years later he returned to Shell to develop a range of epoxy based building products. In the early 1970s, Richard was transferred to a new enerprise with Avdel Adhesives as Product Manager for epoxy based adhesives for use in industry. Avdel Adhesives became Permabond when acquired by Unilever and subsequently, Bondmaster following a transfer to ICI. The benefits of enhanced toughness using dispersed phase low modulus rubbers was established and commercialised in projects like the first all bonded car (British Leyland's ECV3) and the bonded carbon fibre drive shaft concept following design studies with Harwell Technology. This technology was expanded by working with Imperial College, London, to understand how an adhesive could outperform welding in many circumstances provided that the distribution of stress within a joint was fully understood. This valuable work gained commercial acceptance following its use in bonding light weight bicycle frames for the American team at the Los Angeles Olympics, where the press publicised the associated gold medal achievements as ‘the unfair advantage’. Richard worked with many industrial partners to encourage the bonding process in design circumstances where the increased performace available with adhesives provided improved, economic and durable structures. This was exemplified when he was selected as the adhesive consultant for the Thrust SSC project, where the world land speed record was raised by 130 mph to match the speed of sound. The art of creating structures is limited by the selected technique of fastening components together. We all have a concept of robust and dependable assemblies based on real life experiences, but is a spot welded car or an aircraft wing covered in rivets really the best way to hold materials together. As we learn more about the concept of bonding and the utilisation of the total surface area to accommodate stress, there is an increasing need to step back and consider the implications of changing to bonding. The following pages show how simple models can be used to guide design engineers in their quest for economic, dependable products.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 4 Heat-resistant adhesives
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  In 1962, Guy Rabilloud got a doctorate in chemical and physical sciences from the Nobel prize laureate of physics Louis Néel. Two years later, he joined the department of fine chemicals at IFP, the French Petroleum Institute. For 30 years, he studied and developed new heat-resistant polymers for the advanced technologies, signing more than 150 patents and scientific publications. During the decade 1970–1980, he was also associate professor in macromolecular chemistry at the universities of Grenoble and Lyon. In the early 1980s, he became assistant manager of Cemota, a subsidiary of IFP created to develop, manufacture and commercialize high-performance polymers for the electronic and aerospace industries. In 1990, he spent one year as a consultant attached to the Singapore Institute of Standards and Industrial Research. Dr Rabilloud is the co-author of several books dealing with the applications of polymers, including adhesives, films and composite materials. He recently published three books providing an overview on the use of polymers in electronics, in particular conductive adhesives and heatresistant insulating films.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 5 UV-Radiation curing of adhesives
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  Prof. Christian Decker is Director of Research at the National Center for Scientific Research (CNRS) in France. He got his doctor in science degree in 1967 from the University of Strasbourg. He has been working on radiation-induced reactions in polymer materials at the Research Center on Macromolecules of Strasbourg and at Stanford Research in California. In 1975, Professor Decker joined the University of Haute Alsace to become head of the Polymer Photochemistry Laboratory at the Ecole Nationale Supérieure de Chimie de Mulhouse. His present research interests are in ultrafast light-induced polymerizations, the synthesis and characterization of UV-cured coatings, adhesives and nanocomposites, photostabilization of polymers, and laser-assisted chemical processing of polymers. Prof. Decker is the author of 300 research publications and patents, and he has given over 300 lectures in scientific meetings.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 6 Elastic bonding and sealing in industry
- Abstract: 2006
  Publication year: 2006
  Source:Handbook of Adhesives and Sealants, Volume 2
  
  Bernd Burchardt completed his graduation in chemistry as Dr. rer. nat. in 1979 at the Albert-Ludwigs University of Freiburg. From 1979 to 1994, he worked for BMW as adhesives specialist for all adhesives application at BMW. This includes body shop, paint shop and assembly applications. In 1994, he moved to Sika to become the head of the R&D department for the development of elastic adhesives and was responsible for the various technologies of the 1C polyurethane adhesive. In 2001, he became the head of the R&D department for the development of structural adhesives and had to integrate into the R&D department of the acquired company Tivoli. In 2002, he moved to Sika Services AG and became the Market Research Manager and is responsible for the transfer of new technologies into the market and looking for new application opportunities of their whole product range. He has a very broad knowledge and experience with applications of adhesive bonding technology as well as know-how on the formulation of adhesives. Therefore, his knowledge covers all the aspects of adhesive bonding from the formulation of an adhesive, the engineering of adhesively bonded structures, the necessary performance profile of an adhesive and the application and process steps.
  
  PubDate: 2012-12-15T09:26:58Z
Colour plates
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 1 Introduction — how to use this handbook
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 2 Technical characteristics and testing methods for adhesives and
sealants
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  Philippe Cognard is an Ingénieur of the Ecole Supérieure de Physique et Chimie de Paris-France's leading Physics and Chemistry college — and he received his Diploma in 1964. He started his professional career in the USA the same year at the Pittsburgh Plate Glass Company moving to the Bloomfield Adhesives and Sealants Division in 1966 as a research and development chemist. Over the years, he has held many top positions in leading adhesive and sealant companies around the world. These include: u - Rousselot, France's main developer and supplier of adhesives — later to become Elf Atochem — in various positions in the R&D, marketing and sales departments. - Weber et Broutin — now Saint Gobain — dealing with building adhesives and mortars - Ato-Findley — part of the Elf Aquitaine Group that became Bostik-Findley in the Total Group after the merger between Elf and Total — as Marketing Director for Adhesives. - In 1996, he was appointed as a Director of the Ato-Findley Adhesives company in Guangzhou, China where he oversaw the launch, marketing and sales development in this country of Ato-Findley adhesives and sealants for application areas such as; construction, woodworking and furniture, packaging, laminating, footwear, and many others. This gave him a broad and thorough knowledge of the huge Chinese market, along with all R&D, manufacturing, marketing and sales activities employed by the company. With more than 36 years of experience in the adhesives and sealants industry, he has also written and edited several related technical books and journal papers.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 3 Chemistry of polyurethane adhesives and sealants
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  Diana Segura received her BSc (2002) in chemical engineering from Los Andes University, Bogota, Colombia, and she is a PhD student at the PUR Technology Centre of Excellence at Loughborough University, United Kingdom. Her areas of interest are in polyurethane chemistry, and artificial intelligence for product formulation. Her current research work is in the area of case-based reasoning for formulating polyurethane materials using fuzzy logic, genetic algorithms, and neural networks. Andrew D. Nurse completed his PhD in 1990 at the University of Sheffield. His postdoctoral research was performed at University of Sheffield until 1992. He has been a senior lecturer in stress analysis in the Department of Mechanical Engineering, Loughborough University, since 1993. His research interests include new manufacturing processes for plastics, knowledge-based engineering, and inverse analysis. He is director of a Centre of Excellence in polyurethanes.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 4 Surface pretreatment for structural bonding
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  This chapter is concerned with an in-depth examination of the adherend surface pretreatments used prior to structural adhesive bonding. It encompasses the various substrates encountered, particularly but not exclusively, in the aerospace industry. It compares and contrasts mechanical, chemical and electrochemical methods used for substrates comprising aluminium alloys, titanium, stainless steel, thermoplastic and thermoset fibre reinforced composites and non-metallic honeycomb. Scanning and transmission electron microscope techniques are used to analyse and characterise many of the pretreated surfaces so produced.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 5 Aerospa A pioneer in structural adhesive bonding
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  This chapter falls, quite logically, into four distinct sections. The first deals with wooden aircraft from the first heavier-than-air machines through to the mid-1940s. Here animal-based adhesives were a natural choice for bonding wood; furniture makers had been using them for centuries. This section ends with the success story of the de Havilland Mosquito; a wooden airplane held together with a urea-formaldehyde (U/F) glue — one of the first truly synthetic adhesives. The second section traces the use of structural adhesives, first, in all-metal aircraft and then in aeroplanes having complex structures manufactured from both metal and composite components; indicating why the industry persevered with adhesive bonding when, perhaps, mechanical joining appeared to be more logical. The third section devotes itself to an in-depth examination of the structural bonded joint: the substrates, primers and the structural adhesives themselves. In this last area, a full appraisal is made of a typical range of commercially available structural adhesives. This examines their role in the bonded structure, the formats in which they are supplied, the basic chemistries employed with their relative cure cycles and generic formulations. This is augmented with key properties of selected adhesives from this range and a typical qualification package generated for one adhesive to meet typical aerospace specifications. The section concludes with brief outlines as to how the adhesives are made, how they are applied to the substrates to be bonded and the methods by which they can be cured. The fourth and final section is, in essence, a series of case studies showing how various sections of the industry use structural adhesives in modern aircrafts. This deals with each of the relevant adhesive chemistries in turn and covers both military and commercial engines and aeroplanes, helicopters, bonded components within the airframe, satellites and missiles.
  
  PubDate: 2012-12-15T09:26:58Z
Chapter 6 Adhesives in electronics
- Abstract: 2005
  Publication year: 2005
  Source:Handbook of Adhesives and Sealants, Volume 1
  
  In 1962, Guy Rabilloud got a doctorate in chemical and physical sciences from the Nobel Prize of physics Louis Néel. Two years later, he joined the department of fine chemicals at IFP, the French Petroleum Institute. For 30 years, he studied and developed new heat-resistant polymers for the advanced technologies, signing more than 150 patents and scientific publications. During the 1970–1980 decade, he was also associate professor in macromolecular chemistry at the universities of Grenoble and Lyon. In the early 1980s, he became assistant manager of Cemota, a subsidiary of IFP created to develop, manufacture and commercialize high-performance polymers for the electronic and aerospace industries. In 1990, he spent one year as a consultant attached to the Singapore Institute of Standards and Industrial Research. Dr. Rabilloud is the co-author of several books dealing with the applications of polymers, including adhesives, films, and composite materials. He recently published three books providing an overview on the use of polymers in electronics, in particular conductive adhesives and heat-resistant insulating films.
  
  PubDate: 2012-12-15T09:26:58Z