PhD Research on Advanced Infrastructure Materials and Cementitious Mixtures
Explore the advanced mechanical and durability properties of cementitious materials modified with innovative additives. Investigate failure mechanisms in metals and contribute to sustainable infrastructure material development.
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Project Description
Project Overview
This PhD project focuses on investigating advanced infrastructure materials, emphasizing cementitious composites modified with glass powders and superabsorbent polymers. The research includes studying the mechanical strength, hydration, microstructure, and failure mechanisms of construction materials and polycrystalline metals.
What You Will Do
You will conduct experimental and analytical studies to characterize the effects of modifiers on cement paste properties, including durability, shrinkage, and hydration kinetics. Metallurgical aspects, such as ductile failure behaviour in metals like aluminum alloys, will also be investigated.
Expected Outcomes
The project will yield new insights into modifying cementitious materials for enhanced durability and performance. It is expected to advance understanding of failure processes in metals for infrastructure applications, contributing to more sustainable and resilient construction materials.
Why This Matters
Improving infrastructure materials addresses key challenges in construction sustainability and longevity. This work supports the development of environmentally friendly and high-performance construction materials with implications for infrastructure durability and safety worldwide.
How to Apply
Eligibility
Supervisor Profile
Ali Ghahremaninezhad focuses on infrastructure materials with expertise in the mechanical properties and microstructure of cementitious composites and polycrystalline metals. His research includes the influence of modifiers like glass powders and superabsorbent polymers on cement pastes' durability and hydration and ductile failure behavior in metals such as aluminum alloys. He is a recognized expert with numerous impactful publications in construction materials and fracture mechanics.