معرفی
Niklas Kandelin is a Researcher in the Department of Materials Science and Environmental Engineering. His work focuses on developing advanced materials and surface engineering solutions for icephobic applications and de-icing technologies, contributing to sustainable infrastructure in harsh environments like seawater settings and icy conditions.
Research Focus
Kandelin's research integrates material science with practical engineering challenges. Key areas include:
- Icephobic Coatings: Designing nanostructured and thermally sprayed surfaces to reduce ice adhesion.
- De-icing Methods: Innovating energy-efficient techniques using acoustic waves, heating, and centrifugal testing.
- Environmental Durability: Evaluating material performance in corrosive seawater and extreme weather.
Publication Trends
His recent articles (2023-2025) demonstrate a consistent focus on experimental validation of ice-resistant materials. Work spans theoretical modeling (e.g., finite element analysis of acoustic de-icing) to applied solutions (e.g., coatings for offshore wind turbines). Dominant themes include surface engineering, sustainability, and multifunctional material design.
Collaborations
Kandelin actively presents research at international forums like the International Workshop on Atmospheric Icing of Structures (IWAIS). His collaborations include studies on thermally sprayed coatings, centrifugal testing, and hydrophobic films with interdisciplinary teams across materials science and environmental engineering domains.
