year III NDT Journal 2025 End-of-Year Editorial Highlights 🔬 #WorldResearchAwards

 


Introduction

The year 2025 represented a defining milestone for NDT—Journal of Non-Destructive Testing, reinforcing its role as a globally recognised research platform in non-destructive evaluation. The strategic update of the journal’s title strengthened its scholarly identity, improved discoverability, and clarified its mission for researchers and practitioners worldwide. This transformation aligned closely with international research agendas, particularly the ICNDT Strategic Plan, positioning the journal as a catalyst for harmonised, high-impact research that supports global safety, innovation, and scientific visibility.

Strategic alignment and global research vision

A central research-driven achievement of 2025 was the journal’s alignment with global strategic frameworks, notably the ICNDT Strategic Plan and the United Nations Sustainable Development Goal 9. By emphasising resilient infrastructure and innovation, the journal promoted research that integrates scientific rigor with societal needs. This alignment reinforced the importance of non-destructive testing research as a cornerstone for sustainable development, safety assurance, and long-term infrastructure resilience.

Sensing resilience and engineering sustainability

The 2025 guiding theme, “Sensing Resilience, Engineering Sustainability,” emerged organically from published research and scholarly discourse within the NDT Webinar Series. Research contributions demonstrated how advanced sensing technologies, diagnostics, and monitoring systems can enhance structural resilience while supporting sustainable engineering practices. This thematic focus highlighted the journal’s commitment to research that bridges theory and application, ensuring tangible impact across industries.

Interdisciplinary research and digital transformation

Research published in 2025 showcased a strong interdisciplinary character, spanning electrical instrumentation, environmental imaging, concrete diagnostics, and AI-driven methodologies. This evolution reflects global research trends such as NDE 4.0, where digitalisation and intelligent data processing are integral to modern sensing systems. The journal thus served as a platform for forward-looking research that integrates traditional NDT principles with emerging digital technologies.

Publication performance and research diversity

During 2025, the journal published 30 scholarly contributions across four issues of Volume 3, alongside early releases for Volume 4. These works included research articles, reviews, technical notes, and communications that collectively advanced the research frontier of non-destructive testing. The diversity of article types strengthened methodological depth and encouraged comprehensive exploration of both fundamental and applied research challenges.

International collaboration and innovation ecosystems

Authorship in 2025 reflected broad international research engagement, with strong contributions from Asia, Europe, and the Americas. This geographical diversity underscored the journal’s role in global research harmonisation and knowledge exchange. Institutional participation followed a “Triple Helix” model, integrating universities, national research institutes, and industry partners, thereby reinforcing collaborative research ecosystems that drive innovation and practical impact in non-destructive testing.

Global Particle Physics Excellence Awards


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