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Preface It is our pleasure to introduce all of you the book which is published from the selected papers presented on the National Conference on Mechanical and Manufacturing Engineering (NCMME 2019) held in Hochiminh City, Vietnam in last October of 2019.
The Mechanical and Manufacturing Engineering have advanced considerably on the last decades through many dedicated individuals and teams effosts of our community and are impacted directly nowadays by the industrial revolutions 4.0 and might be extending into various fields in both science and engineering.
The NCMME 2019 aims at creating a forum allowing professors, researchers, experts, engineers and students worldwide an opportunity to discuss the state-of-the-art technologies, exchange recent development and new ideas, share their research experiences, and the book series tends to provide professional interactions and networking in a friendly and hospitable setting in the fields of Machining, Materials and Mechanical Engineering.
We hope this collection will be an useful document to researchers and engineers from various fields of Machining, Materials and Mechanical Technologies.

As a partner for hot-forming, ThyssenKrupp Steel Europe sets a 3-pillar development strategy from material, process and advanced component design for this demand.
HFS Hot Forming Solutions is a joint venture company between ThyssenKrupp System Engineering and Braun CarTec, who can offer leading production solutions for hot-stamping. 4.
The advanced door concept with hot-stamping in InCar® project offers 11% weight reduction and improved crash performance at no additional cost (shown in Fig. 7).
Fig. 7 Advanced door concept and design in InCar® project 5.
Manfred Nagel, Lightweight Design & Innovative Steels, GWM Materials Science Forum, Baoding China, 2013

CICC-3 successfully promoted interactions among scientists, engineers, technicians and students engaged in advanced ceramics research, development and production and provided a forum for the presentation, discussion and review of the latest advances in the field of the science and technology in the field of advanced ceramics.
Pan Wei and Jianghong Gong Department of Materials Science and Engineering Tsinghua University Beijing 100084 China

Such knowledge-based industries have been enjoying an immense growth-potential and thus there is an urgent need for a solid forum for the exchange of various scientific, technical and management aspects ranging across the entire spectrum of society.
The goal of this book was therefore to gather together the latest know-how from experts on issues related to research and technological developments in emerging technologies, manufacturing, basic science, systems engineering and education.

Materials Science Forum Vols. *** (2004) pp.201-205 online at http://scientific.net  2004 Trans Tech Publications, Switzerland Three-dimensional Finite Element Analysis of Metal Powder Compaction P.Q.
Li1,a 1 College of Mechanical Engineering, South China University of Technology, Guangzhou 510640, P.R.
Since Advances in Materials Manufacturing Science and Technology 202 the yield surface shouldn't exceed von Mises yield surface, δ should be no larger than A/3.
Materials Science Forum Vols. *** 203 The above constitutive relation was implemented into user subroutines of MSC.Marc.
Acknowledgements The authors are grateful for the financial support from National Advanced Technology Research and Development Project (863 project, 2001AA337010), National Natural Science Foundation of China (Key Project, 50135020), and the Natural Science Foundation of Guangdong Province (Research Group Project, 003019).

Preface The Japanese-Mediterranean Workshop on Applied Electromagnetic Engineering for Magnetic, Superconducting and Nanomaterials (JAPMED), constituting a landmark in the development of materials, manufacturing and electrical engineering, is held every two years, jointly organized by the National Technical University of Athens (Laboratory of Manufacturing Technology and Laboratory of Electrical Machines) and the Japan Society of Applied Electromagnetics and Mechanics.
It provided a forum for specialists from universities, research centers and industry of various countries worldwide to establish cooperation, to share knowledge and experience and the cross-fertilization of new ideas and developments in the design, analysis, new materials utilization and optimisation techniques in the areas of applied electromagnetics and manufacturing of advanced materials from macro-, micro- to nanoscale and their industrial applications in modern technologies in nanotechnology, electricity/electronics, transportation, bioengineering, energy and environment.
Furthermore, modern advanced research areas, like nanotechnology/nanomaterials, ultraprecision engineering and bioengineering, are also included in order to enhance cooperation towards these advanced technologies, which may greatly affect our lives in the future.

Preface The 2020 International Symposium on Advanced Materials and Application (ISAMA 2020) was taken place in Seoul, South Korea, on February 14-16, 2020.
The objective of ISAMA 2020 is to bring together academics, scientists, engineers, postgraduates, and other professionals in the area of materials science and engineering technology from all over the world.
It provides a high-standard international forum to introduce, to exchange, and to discuss recent advances novel and practical techniques or application in the field of materials engineering.

To solve the macroscopic decision-making problems by using scientific thinking ways, knowledge system and advanced techniques, have really reflected the main function of the science and technology as the first productivity to promote human society development.
The worldwide new technology revolutions have constantly inspired the discussions on human, society and nature. 2013 International Forum on Materials Science and Industrial Technology (IFMSIT 2013) provides a platform for various scientists, engineers, academicians and teachers to display their research achievements.
This forum provides opportunities for the delegates to exchange new ideas and application experiences face to face, to establish business or research relations and to find global partners for future collaboration.
Jagadeesh Kannan, RMK Engineering College, India Prof.
Shendian Wang, Institute of Engineering Thermophysics, Chinese Academy of Sciences, China Prof.

The state investment in low carbon Tourism far below the policy investment, science and technology is the first productivity, excellent environmental protection technology plays an important role in promoting a low carbon economy, guarantee and no application of advanced technology, will not have the production and consumption of carbon emission reduction.
In addition, scenic construction still mainly traditional construction methods and building materials, the lack of advanced environmentally friendly materials Tourists' cognitive degree is not deep.
Second, increasing capital investment in low carbon advanced technologies and the tilt of the policy, to establish the tourism enterprises as the main body, combining the economic model, speed up the transformation of low carbon Tourism technology. [4] Third, to strengthen scientific and technological cooperation between international, actively introduce foreign advanced low-carbon technology and management experience, to promote the innovation of energy saving technology in our country, the formation of good technical support for the development of low carbon tourism.
Conclusions Low-carbon tourism is a guarantee for achieving sustainable development, the development of low-carbon tourism is a long-term system engineering, not overnight, you need to go through the whole long-term exploration of tourism and related industries, although many of the problems now facing, we believe China must embark on a suitable low-carbon development, tourism into the tourism industry in the true sense, to achieve harmony between man and nature, and contribute to the Chinese low carbon economy.
Forum Vol. 1(2014), p. 240-241 [3] Yu Zhang: Dajiang weekly forum .Forum Vol. 2(2011), p. 3 [4] Ping Sun : Japan's low-carbon economy Experience and Inspiration, edtied by Chinese Market (2011), In Chinese

Materials Science Forum Vols. *** (2004) pp.278-281 online at http://scientific.net  2004 Trans Tech Publications, Switzerland The Application of Numerical Control Based on Network Manufacturing in Plastic Window Production X.B.
Wang 1,d 1 School of Mechanical Engineering, Jinan University, 250022,Jinan, China 2 School of Mechatronic Engineering, Wuhan University of Technology, 430070,Wuhan, China a zexb@sina.com, bdinghang1112@sohu.com, cjrj@luneng.com, dwxqla@163.com Keywords: Plastic windows, Profile material cutting, Network manufacturing, Numerical control Abstract.
In order to increase enterprise's manufacturing level and market competition, plastic window manufacturers began looking for new advanced manufacturing technologies.
Bar code printer prints a marker that can definitely reflect the information of engineer and process in time, which is pasted on the cover of the profile material after it is cut off.
Materials Science Forum Vols. *** 281 Conclusions The NC technique under network manufacturing conditions is successfully applied in plastic window machining process.