[August Seminar] Fundamentals and Applications of Hydrogen Embrittlement in Metallic Materials
20260802
[Online Seminar] Fundamentals and Applications of Hydrogen Embrittlement in Metallic Materials - From Hydrogen Addition, Analysis, and Embrittlement Evaluation Methods to Characteristics of Brittle Fracture, Embrittlement Mechanisms, and Suppression Guidelines.
★In this seminar, Dr. Takai, who is actively engaged at the forefront of this field, will provide a detailed explanation of the fundamental physical and chemical interactions between metals and hydrogen, the characteristics and precautions of hydrogen analysis methods in metallic materials, as well as past and latest research on delayed fracture and hydrogen embrittlement mechanisms in various metallic materials, international trends, and guidelines for mitigation. ★If you wish to exchange business cards with the lecturer, please let us know. *This seminar can be attended in person at the venue, via live streaming (Zoom), or through an archive (to be distributed later). ★The application form is located at the bottom of the related links. Please apply from there. The deadline for applying for archive attendance is set for the day of the seminar.
Inquire About This Product
basic information
● Lecturer Professor Kenichi Takai, Department of Functional Creation Engineering, Faculty of Science and Technology, Sophia University, Ph.D. (Engineering) ● Date and Time August 26, 2026 (Wednesday) 10:15 AM - 4:45 PM ● Venue Japan Education Center, Conference Room, 2-6-2 Hitotsubashi, Chiyoda-ku, Tokyo Postal Code: 101-0003 Map of the venue can be found here → https://www.jec.or.jp/access.html *Please note that this event will be held at a different venue than usual. We kindly ask you to ensure you arrive at the correct location.
Price information
●Tuition Fee: 49,940 yen (per person) (If applying for multiple participants at the same time, 44,440 yen per person) *Includes textbook fee and consumption tax ●Organizer: Technical Information Center Co., Ltd.
Delivery Time
Applications/Examples of results
● Seminar Program ● 【Target Audience】 Beginners with an interest in hydrogen embrittlement in the automotive, construction and infrastructure, power, gas, oil, new energy, plant engineering, and materials manufacturing sectors, as well as those facing challenges in their actual work. 【Knowledge Acquired】 - Basics of the physicochemical properties of metals and hydrogen - Types and applications of hydrogen analysis methods - Mechanisms of delayed fracture and hydrogen embrittlement - Concepts and methods to suppress hydrogen embrittlement 【Program】 1. Basic physicochemical properties of metals and hydrogen 2. Methods of hydrogen addition 3. Mechanisms of hydrogen embrittlement 4. Evaluation methods for hydrogen embrittlement 5. Characteristics of hydrogen brittle fracture 6. Mechanisms of hydrogen embrittlement 7. Recent research towards elucidating the state of hydrogen presence in metals and the mechanisms of embrittlement 8. Guidelines for suppressing hydrogen embrittlement based on the mechanisms of hydrogen embrittlement
Company information
Since our establishment in 1982, with the support of innovative researchers, engineers, and consultants who resonate with our mission of providing "technical and management information to the industrial society," we have been dedicated to organizing management and technology seminars as well as publishing and selling technical materials. In recent years, the wave of technological innovation surrounding the industrial society has become more intense and faster. In such circumstances, we have focused our corporate activities on a "flexible" response to the information needs of the industrial society. At the corporate level, the number of companies participating in "REIT," which aims to meet 100% of their business power needs with renewable energy, is increasing rapidly. There is also a growing interest in the 17 goals of the "Sustainable Development Goals (SDGs)" related to global challenges concerning the economy, society, and the environment, and ESG investment is gaining attention. Given this situation, we are convinced that technologies centered around energy and the environment, such as those addressing global warming, will become key technologies for the future world. We will continue to focus on information related to "energy" and "environment," and we are committed to providing truly useful information for society and our descendants.
