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 cutting-edge 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 dynamic 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 (Canada)
🏢 Ecole de Technologie Supérieure de Montreal
📍 Canada