Online Events

Trains professionals to ensure industrial asset integrity by understanding corrosion mechanisms, coating application, inspection, and defect management. Includes case studies and standards for quality control.

Showcases results from 22 international projects on cultural heritage, with sessions on innovation, resilience, ethics, and socio-economic aspects.

Covers protective coatings that enhance reliability and corrosion resistance in electronic assemblies. Targeted at designers, coating specialists, and users in electronics and microsystems.

Explains the crucial role of surface preparation in achieving effective anti-corrosion coating performance. Covers preparation techniques, standards, roughness measurement, and quality control for long-lasting protection.

Defines application limits of materials in electronics and expected environmental influences, providing clarity on potential problems and practical mitigation approaches.

Explains the use of Life Cycle Assessment (LCA) to compare coating systems and weathering steel for sustainable bridge design. Discusses LCA limitations and strategies to balance cost, performance, sustainability, and long-term corrosion protection.

Webinar presenting the book “Bridging the Gap: Corrosion science for heritage contexts,” highlighting collaboration between conservators and corrosion scientists for complex metal-heritage decay.

Introduces an adaptive asset management model that combines risk-based decision-making with climate hazard scenarios to strengthen resilience of coastal water assets amid deep uncertainties like sea-level rise.

Comprehensive training in composition, properties, application, and manufacturing technologies of paints, varnishes, and inks. For recent Chemistry/Chemical Engineering graduates; includes application and company endorsement.

This doctoral dissertation presentation explores sustainable corrosion inhibition of aerospace aluminum alloys using organic molecules. By combining electrochemical testing, advanced surface analysis, and machine learning, the research identifies non-toxic inhibitor candidates and demonstrates a data-driven pathway to replace hexavalent chromates.

This webinar introduces the updated Institute of Asset Management (IAM) Self-Assessment Methodology 2025, explaining its redesign to align with modern asset management thinking and standards. Includes a live demonstration of the new self-assessment tools and their practical application.

Webinar featuring three talks on advanced analysis of coatings using PEO, local electrochemical techniques, and AI-driven research tools such as the SVET Assistant. Encourages networking and idea exchange among corrosion researchers.

A doctoral dissertation presentation examining long-term degradation and corrosion mechanisms of aircraft coatings. It combines forensic analysis of aged components with laboratory and flight-test exposures and proposes improved testing protocols for sustainable chromate-free systems.

A technical talk explaining how corrosion inhibitors mitigate localized corrosion of reinforcing steel in concrete. It reviews different inhibitor classes, including emerging green and self-healing inhibitors, and their performance in aggressive environments.

This webinar presents alternative oxidation and reduction processes that inhibit corrosion during acidic chemical remediation, protecting infrastructure while removing contaminants. A second session introduces a structured multi-line-of-evidence approach to corrosion failure analysis, distinguishing abiotic corrosion from MIC using operational, chemical, microbiological, and materials data to support accurate diagnosis, sustainability, and risk reduction.

This course provides technical professionals with a solid understanding of corrosion and industrial protective coatings. It covers corrosion mechanisms, coating chemistry, surface preparation, application, inspection, defect analysis, safety, and sustainability, enabling participants to prevent failures and make informed decisions in coating projects.

Part 2 of a seminar series on materials weathering. Focuses on fundamentals of natural weathering, including static exposures in reference climate zones and outdoor accelerated testing methods.

A webinar reviewing how U.S. community water systems conduct Risk and Resilience Assessments under the America’s Water Infrastructure Act. It covers regulatory requirements, methodologies, cybersecurity tools, common findings, and emerging challenges such as AI and post-quantum cryptography.

An advanced training course for integrity engineers covering Level 3 fitness-for-service assessments using Abaqus. Participants learn to model corrosion, wall thinning, and hydrogen damage scenarios, perform nonlinear analysis, and produce defensible API 579 Level 3 reports for pressure equipment and pipelines.

This event features three expert presentations on managing corrosion and degradation in infrastructure assets, covering stainless steel failures, concrete protection, and monitoring solutions. The event welcomes interested participants to learn practical approaches to asset integrity management.

This seminar explains how corrosion affects electronic assemblies, highlighting that failures often arise from electrical malfunctions rather than visible material loss. It provides guidance on material limits, environmental influences, and practical mitigation strategies for manufacturers and users in automotive, renewable energy, aerospace, and rail sectors.

Part 2 of a seminar series on materials weathering. Focuses on natural weathering fundamentals, static exposures in reference climate zones, and outdoor accelerated testing methods.

A lecture reviewing fifty years of atmospheric corrosion research, from long-term field exposure studies to laboratory experiments, in situ measurements, and computational modeling. It highlights the role of interdisciplinary collaboration across materials science, chemistry, physics, and environmental science in advancing corrosion understanding and prediction.

Explains how environmental stress factors are replicated in artificial weathering tests. Provides case studies from automotive, textiles, and coatings, and offers guidance on designing meaningful and reliable test methods for durability evaluation.