Corrosion Events in Slovenia

The Conference brings together professionals from research, academia, and industry to address critical challenges in materials development, particularly focusing on subjects such as materials deterioration and sustainability. Special themes include materials deterioration in extreme environments—especially in metallic materials, high- and medium-entropy alloys, composites, and reinforced steels—which affect long-term performance and safety. It emphasizes the need for sustainable solutions, such as circular materials, biodegradable biomaterials, and materials for green energy, in response to growing environmental concerns. The meeting underscores the development of resilient, efficient, and sustainable materials through interdisciplinary collaboration and innovation.

Conference linking academia and industry in materials research: metallics, biomaterials, composites, nanomaterials, 3D printing, simulation, sustainability, and extreme environments.

This event connects students, PhD candidates, and postdoctoral researchers in heritage science through dedicated project sessions for young professionals. A roundtable with international experts, cultural heritage managers, and policymakers will examine the role of cultural heritage in achieving sustainability goals.

This event advances chemical science to support understanding, conservation, and use of cultural heritage materials. It highlights cutting-edge analytical methods, imaging, green conservation materials, data science, AI, digital twins, and multimodal interpretation, and showcases interdisciplinary case studies that link material characterization, degradation, sustainability, and predictive modeling for heritage preservation.

This international conference unites academia, research institutes, and industry professionals across materials science disciplines, including metals, biomaterials, composites, nanomaterials, and modeling. It fosters knowledge transfer and industry–research dialogue, addresses advanced and sustainable materials, and features a dedicated student session with short presentations evaluated by an international jury for excellence and innovation.

This summer school offers a comprehensive overview of nuclear corrosion, spanning fundamental electrochemistry, light water reactors, waste disposal, and advanced systems. Renowned experts cover environmentally assisted cracking, hands-on experiments, aging management, case studies, and characterization, with content tailored for professionals from nuclear authorities, industry, research organizations, and universities.