Book: Adhesive Engineering - Bonding of Dissimilar Materials, Improving Strength, Reliability, Durability, and Life Prediction
This is an essential book for adhesive users aimed at designing highly reliable, durable, and strong adhesive joints.
The selection of appropriate adhesives and adhesive joint structures, surface treatment, selection of construction methods, as well as theoretical explanations of necessary measures to enhance the reliability and durability of joints, including reliability analysis of joints and accelerated testing for various lifespan evaluations, in relation to the type of bonded materials, the structure of the joints, and the usage conditions such as load stress and environment. Additionally, the adhesive bonding and joining techniques for many dissimilar materials such as metals, CFRP, ceramics, and resins are introduced, classified by surface treatment methods and joining methods. The mechanisms of adhesive force development are explained in detail, showing that they do not differ from conventional adhesion. A classification of various troubles that arise in adhesion by their causes and their countermeasures are also introduced.
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basic information
Table of Contents Introduction 1. Principles of Adhesion 2. Types and Characteristics of Adhesives 3. Surface Treatment Methods for Substrates 4. Latest Methods for Joining Dissimilar Materials 5. Characteristics of Various Joining Forms, Stress Distribution, and Strength Evaluation Methods 6. Relationship Between Failure Probability and Safety Factor of Adhesive Joints 7. Durability Evaluation of Adhesive Joints Under Stress, Accelerated Testing, and Lifetime Estimation Methods 8. Thermodynamic Study on Water and Oil Resistance of Adhesive Joints and Methods for Improving Water Resistance 9. Accelerated Durability and Creep Rupture Strength Evaluation Methods Due to Repeated Stress (Fatigue) 10. Causes and Countermeasures for Adhesive Problems Index
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Regular price: 5,500 yen (including tax)
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Applications/Examples of results
This is a reference book for adhesive users. It explains the principles of adhesive strength development, theoretical selection methods for adhesives and surface treatment methods, adhesion of dissimilar materials, resin injection molding, and the latest adhesion methods such as laser welding, aimed at those who intend to design reliable, durable, and strong adhesive joints. Additionally, it provides detailed analyses of stress distribution, deformation, and failure conditions that occur in various joints, methods for designing strong adhesive structures based on these analyses, calculations for safety factors that provide the desired failure probability of joints based on the temporal distribution of load stress and variations in adhesive strength (using a stress-strength model), and the theoretical relationship between stress and degradation rate due to key factors causing deterioration in adhesive joints, such as temperature, humidity, and mechanical stress, along with methods for predicting lifespan through accelerated testing based on this relationship, supported by experimental results. Furthermore, it also discusses various adhesive strength evaluation methods, examples of adhesive problems, and classifications and countermeasures based on their causes.
Company information
The research institute is a technical consultant that provides technical guidance, research guidance, joint research, problem-solving support, seminar lectures on adhesion, and writing of book manuscripts in the fields described in its business content. The person in charge has worked for many years at a railway vehicle manufacturer, such as those producing Shinkansen (bullet trains), and has come to realize that in order to appropriately select and use organic materials such as plastics, FRP, CFRP, rubber, and coatings for railway vehicles that dynamically operate under exposure to sunlight and wind and rain, not only chemical and physical-chemical knowledge is required, but also knowledge of thermodynamics of degradation for durability improvement, reliability engineering, material mechanics, FEM stress analysis, and material strength. Over the past 45 years, they have conducted research in these areas. They specialize in strength evaluation of adhesive joints, methods for improving durability, reliability, and strength, and lifespan prediction methods. The adhesive seminars introduced on the following website, conducted by the person in charge, offer a discount for instructor introductions, so please inform the instructor via email. http://www.s-adhesion-tech.com/seminarkouen.html E-mail: yasuzuki-1@nifty.com