NTS

◆ Plastic films are finding increasingly diverse applications, ranging from packaging containers to automotive and electronic components!
◆ A detailed explanation covering everything from the fundamentals of rheology to film molding technology and the development of high-performance films!
◆ Introduces simulation and evaluation technologies as well!
◆ Explained by leading researchers and engineers—a practical resource for professionals in the field!

B5 size, 456 pages
ISBN: 978-4-86043-980-4

■ Supervisor: Toshitaka Kanai
■ Table of Contents
Introduction: Trends in Film Molding Technology and High-Performance Films
Chapter 1: Fundamentals of Rheology
Chapter 2: Development of Molding Machinery
Chapter 3: Materials for Film Molding
Chapter 4: Development of Functional Materials and Functional Films
Chapter 5: Film Molding Simulation and Evaluation Technologies

◆ Covers the full spectrum of injection molding materials, machines, and technologies to meet diverse customer needs!
◆ Explains mold technology, analysis techniques, residual stress countermeasures, secondary processing, and more!
◆ Introduces the latest injection molding technologies utilizing AI and IoT!

B5 size, 674 pages
ISBN: 978-4-86043-934-7 C3058

■ Supervisor: Seiichi Honma
■ Table of Contents
Introduction
Preface: Basic Characteristics of Plastic Injection Molding and Advances in Molding Technology
Chapter 1: Advances in Injection Molding Technology
Chapter 2: Material Development and Injection Molding Technology for Reducing Environmental Impact
Chapter 3: Advances in Mold Technology
Chapter 4: Molding Analysis and Evaluation of Plastic Molded Products
Chapter 5: Residual Stress in Plastic Molded Products and Its Removal
Chapter 6: Secondary Processing Technologies for Plastic Molded Products
Chapter 7: AM (Additive Manufacturing) Technologies and Manufacturing Technologies Utilizing IoT/AI

◆ An essential resource for all engineers involved in the materials, design, molding, and secondary processing of plastic molded products!
◆ Covers every conceivable question!
◆ Expertly organized for immediate, practical use—addressing exactly the points you need to know!

B5 size, 466 pages
ISBN: 978-4-86043-680-3

■ Author: Seiichi Honma
■ Table of Contents
1. Injection Molding
2. Advanced Injection Molding
3. Secondary Processing
4. Plastic Materials
5. Strength Properties, Design, and Molding

◆ Experts in their respective fields provide a detailed and systematic explanation covering everything from the fundamental science of adhesive bonding to adhesive testing, characterization, and industrial applications.
◆ Offers comprehensive coverage of properties such as stress, fatigue, impact loading, residual strength, and durability, as well as applications in sectors including construction, automotive, marine, footwear, electronics, and aerospace.
◆ Focuses on current trends such as the bonding of dissimilar materials and structural adhesives that enable lightweight structures, as well as adhesive debonding—a process essential for the recycling of structures.
◆ A must-read volume for understanding the latest trends in the field of adhesive bonding!

Original Title: *Adhesive Bonding: Science, Technology and Applications* (Second Edition)
(Woodhead Publishing, 2021)
Author: Robert D. Adams

B5 format, 736 pages
ISBN: 978-4-86043-907-1

■ Supervising Translator: Chiaki Sato

■ Table of Contents
Part 1: Fundamentals of Adhesion
Part 2: Mechanical Properties

◆ Tracking the latest trends in carbon fiber recovery technologies—focusing on CFRP—and their reuse!
◆ A systematic explanation of carbon fiber recycling technologies aimed at achieving the SDGs and the current status of new applications for recycled carbon fiber!
◆ Detailed coverage of state-of-the-art carbon fiber recycling technologies, the development of composite materials using them, challenges regarding real-world implementation, and initiatives by manufacturers!

B5 size: 296 pages
ISBN: 978-4-86043-846-3

■ Supervisor: Toru Kamo

■ Table of Contents
Chapter 1: CFRP Recycling Technologies and Industry Trends
Chapter 2: CFRP Recycling Technologies via Thermal Decomposition
Chapter 3: CFRP Recycling Technologies via Liquid-Phase Processes
Chapter 4: Performance Evaluation Methods for Recycled Carbon Fiber Materials
Chapter 5: Designing CFRP for Recyclability
Chapter 6: Material Development Using Recycled Carbon Fiber
Chapter 7: Production and Molding Technologies for Recycled Carbon Fiber
Chapter 8: Industry Initiatives in CFRP Recycling

◇ Analyzes and evaluates adhesive interfaces in three dimensions and through multifaceted approaches using new methods
◇ Summarizes spatiotemporal phenomena at adhesive interfaces across different scales
◇ Explains various attempts to identify factors leading to failure and degradation
◇ Details the development of novel adhesives utilizing new interface analysis techniques, as well as next-generation adhesive bonding technologies

B5 format, 448 pages
ISBN: 978-4-86043-796-1

■ Table of Contents
Introduction: Interfacial Phenomena in Adhesion and Bonding

Part I: Analysis and Evaluation Methods for Adhesive Interfaces
Chapter 1: Analysis of Adhesive Interfaces
Chapter 2: Simulation Analysis of Adhesive Interfaces
Chapter 3: Characterization Methods for Adhesive Bonding
—Understanding Mechanical Behavior and Failure Initiation Points—

Part II: Development of Adhesives and Next-Generation Bonding Technologies
Chapter 1: Development of Novel Adhesives
Chapter 2: Development of Debondable Adhesives
Chapter 3: Next-Generation Adhesive Bonding Technologies
Chapter 4: Industry-Academia Collaboration and International Trends in Adhesive Bonding Technology