Explore the cutting-edge field of rheology in self-healing polymers with a PhD program in Montreal, Canada. Dive into understanding molecular dynamics, viscoelasticity, and their relationships with healing mechanisms. This project focuses on utilizing rheology to investigate self-healing polymers, emphasizing the connections between molecular architecture, relaxation dynamics, and material recovery. Key research areas include the preparation and characterization of dynamic polymer networks, as well as developing innovative rheological protocols to quantify damage and healing efficiency. You will also explore stress relaxation, creep recovery, and model healing kinetics. Key Responsibilities:
- Investigate the relationship between molecular architecture and healing efficiency
- Characterize self-healing polymers and energetic networks




- Develop rheological methods to quantify material recovery
- Analyze effects of temperature and deformation on healing
- Model molecular relaxation and bond-exchange kinetics Requirements:
- Master's degree in relevant engineering or science fields
- Strong interest in rheology and polymer physics
- Experience in polymer characterization and synthesis
- Good communication skills in English
- Curiosity and creativity for independent research Contribute to advancing sustainable and resilient materials through a deep understanding of rheological principles in self-healing polymers. #J-18808-Ljbffr

📌 Phd In Rheology Of Self-Healing Polymers (Montreal)
🏢 Ecole de Technologie Supérieure de Montreal
📍 Montreal