Prof. Guido Di Bella| Electron Beam Welding | Top Researcher Award

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Prof. Guido Di Bella| Electron Beam Welding | Top Researcher Award

Prof. Guido Di Bella , Università degli Studi di Messina , Italy 

Guido Di Bella, an Italian national born on May 23, 1977, is a distinguished Professor in the field of Engineering at the University of Messina. Holding a Ph.D. in Materials Engineering and Chemistry, his expertise lies in the study and characterization of metallic and composite joining systems. With a stellar academic background, including a laurelled degree in Materials Engineering, Guido has been instrumental in various research projects, focusing on energy-efficient materials and renewable energy applications. His professional journey includes significant roles in research consortia, where he contributed to technological innovations in naval transportation. Guido’s commitment to professional development is evident through his extensive certifications in energy management and fire prevention. With a blend of academic excellence and practical experience, Guido Di Bella continues to drive advancements in engineering and materials science, shaping the future of sustainable technologies.

 

Professional Profiles:

Current Profession 🏫

From 01/06/2020: Associate Professor | Sector 09/B1 | SSD INGIND/16 (Technologies and Manufacturing Systems), at the Department of Engineering, University of Messina. (Ref. Rectoral Decree of appointment prot. No. 49149 dated 04/06/2020)

Certifications 📜

From 01/12/2018: Expert in Energy Management (EGE) according to: Legislative Decree 102/2014, UNI CEI 11339:2009 Standard, ACCREDIA Scheme approved by MISE-MATT (civil and industrial sector). (Ref. CEPAS certificates, civil sector Reg. No. 107, industrial sector Reg. No. 107)

Education and Training 🎓
Education

  • March 7, 2006: Ph.D. in “Engineering and Materials Chemistry”, with the thesis entitled: “Study and characterization of joining systems for metallic and composite elements”.
  • March 25, 2002: Graduated with honors in Materials Engineering from the University of Messina, with a thesis on “Characterization in biaxial flow of polyethylenes with different molecular structures using laboratory-made equipment”.
  • 1996: Obtained the Scientific High School Diploma from “G. Seguenza” Scientific High School in Messina with a score of 60/60.

Scientific Training

  • From 31/10/2010 to 05/11/2010: Participated in the International Winter School on “Hybrid Lightweight Joining Technologies for Naval Applications”, organized in Erice by the University of Palermo and the Interdepartmental Research Center on Composite Materials.

Professional Training

  • From 29/09/2022 to 24/11/2022: Attended the Fire Prevention Update Course (40 hours + exams) organized by the Order of Engineers of Messina.

Professional Experience 💼
Employment

  • From 01/06/2020 to present: Holds the position of Associate Professor in Sector 09/B1 – Scientific Disciplinary Sector ING-IND/16 (Technologies and Manufacturing Systems) at the Department of Engineering, University of Messina.

Assoc Prof Dr. Yujiao CHEN | Welding Processes | Best Researcher Award

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Assoc Prof Dr. Yujiao CHEN | Welding Processes | Best Researcher Award

Assoc Prof Dr. Yujiao CHEN, Dongguan University of Technology, China 

Assoc Prof Dr. Yujiao CHEN is an accomplished academic and researcher currently serving as an Associate Professor at Dongguan University of Technology in China. With a focus on Welding Processes, Dr. Chen has made significant contributions to the field, earning recognition with the prestigious Best Researcher Award. 🏆 His academic journey includes a Ph.D. obtained from The Hong Kong Polytechnic University, where he specialized in ultrasound-aided laser joining of metals to plastics from October 2013 to March 2018. 🎓 This groundbreaking research not only showcased his passion for interdisciplinary studies but also provided invaluable insights into advancing manufacturing technologies. Driven by a dynamic experience at the intersection of engineering and materials science, Dr. Yujiao CHEN continues to shape the academic landscape with his expertise and dedication to innovation. 🌐👨‍🏫

Professional Profiles:

Education:

During my doctoral journey at The Hong Kong Polytechnic University from October 2013 to March 2018, I delved into the fascinating realm of ultrasound-aided laser joining of metals to plastics. 🎓 This innovative project not only fueled my passion for interdisciplinary research but also provided valuable insights into the seamless fusion of diverse materials through cutting-edge technology. 🔬 The exploration of ultrasound and laser techniques in tandem opened new horizons for creating robust connections between metals and plastics, unlocking possibilities for advanced manufacturing. 🌐 My journey at the university was not just an academic pursuit; it was a dynamic experience that sculpted my expertise and cultivated a deep appreciation for the intersection of engineering and materials science. 🚀

PROFESSIONAL EXPERIENCE:

Embarking on a new chapter in my academic career, I joined Dongguan University of Technology in March 2023 as an Associate Professor, where I continue to contribute to the realms of knowledge dissemination and scholarly endeavors. 📚 Building upon my foundation as a Lecturer at the same institution from April 2018 to February 2023, I gained valuable experience honing my teaching skills and engaging with students in the dynamic field of technology. 🎓 As an Associate Professor, my role extends beyond the classroom, involving research, mentorship, and the pursuit of academic excellence. 🌟 The vibrant academic community at Dongguan University of Technology provides an inspiring backdrop for my ongoing commitment to fostering a culture of innovation and intellectual growth. 👨‍🏫✨

Publication Top Notes:

A new laser joining technology for direct-bonding of metals and plastics

Citation : 71

Laser joining of metals to plastics with ultrasonic vibration

Citation : 51

Fatigue behaviour of titanium/PET joints formed by ultrasound-aided laser welding

Citation : 23

Combined effects of temperature field and ultrasonic vibration on bubble motion in laser joining of plastic to metal

Citation : 14

Nd: YAG laser welding between Ti and PET using pulse shaping

Citation : 5

 

Outstanding Research Contributions Award in Welding

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Introduction of Outstanding Research Contributions Award in Welding

Embark on a journey of intellectual brilliance and groundbreaking discoveries in the welding industry with the ‘Outstanding Research Contributions Award.’ This distinguished honor celebrates individuals whose exceptional research contributions have left an indelible mark on the landscape of welding knowledge and practices.

About the Award: The ‘Outstanding Research Contributions Award in Welding’ pays homage to scholars and researchers whose work has significantly advanced the field of welding. This award is a symbol of recognition for those whose dedication to rigorous research has propelled the industry into new frontiers of knowledge and innovation.

Eligibility: Open to researchers, scholars, and academics worldwide, this award has no age limits. Eligibility criteria include a proven track record of outstanding research contributions in welding, a commitment to excellence, and adherence to specified requirements outlined in the submission guidelines.

Submission Guidelines: Nominees or self-nominations are invited to submit a comprehensive biography, an abstract summarizing their key research findings, and supporting files containing detailed documentation, images, and videos that illuminate the significance and outcomes of their research contributions.

Evaluation Criteria: Entries will be rigorously evaluated based on the quality and impact of the research, relevance to the welding industry, innovation, practical applicability, and overall contribution to advancing the field. A panel of esteemed experts in welding research will carefully assess each submission.

Recognition: Recipients of the ‘Outstanding Research Contributions Award in Welding’ will receive global recognition, a prestigious trophy, and the opportunity to present their research findings on various platforms. The award serves as a symbol of honor for those who have significantly influenced the trajectory of welding through their exceptional research contributions.

Community Impact: Acknowledging the broader societal impact of research, this award places emphasis on nominees whose research has positively influenced communities through advancements in safety, technology, or environmental sustainability.

Biography: Nominees are encouraged to provide a detailed biography, highlighting their research journey, academic achievements, and the broader impact of their contributions to welding research.

Abstract and Supporting Files: The abstract should succinctly convey the essence of the research contributions, while supporting files should include comprehensive documentation, images, and videos that illustrate the significance and outcomes of the nominee’s research.