Composite and hybrid materials are at the forefront of innovation in materials science and engineering, offering unmatched versatility and performance across various industries. Composites, composed of two or more distinct materials, combine the strengths of their components to deliver enhanced properties such as increased strength, lightweight structures, and corrosion resistance. Hybrid materials take this a step further by integrating materials with different physical or chemical characteristics, resulting in multifunctional solutions tailored for specific applications. From aerospace to biomedical devices, these materials enable groundbreaking advancements, including lightweight aircraft, durable infrastructure, and advanced medical implants. The ability to customize properties at a molecular level makes composite and hybrid materials indispensable in addressing modern engineering challenges, driving sustainable development and cutting-edge technology.
Title : Modeling phase crystallization in Ge-rich Ge-Sb-Te PCRAMs
Alain Portavoce, IM2NP, France
Title : Determination of phase stress flow curves in dual phase steels through micromechanical adaptive iteration algorithm
Silvie Maria Tanu Halim, McMaster University, Canada
Title : Failure analysis of 70cr2 steel grinding balls in mineral processing; Microstructural and heat treatment effects on the failure of 70cr2 steel grinding balls
Mohammad Pourgharibshahi, Sirjan University of Technology, Iran (Islamic Republic of)
Title : Process parameters optimization and mechanical properties of additively manufactured ankle-foot orthoses based on polypropylene
Mohamed Yousfi, INSA Lyon, IMP Laboratory, France
Title : Advancements of AI & ML in material science
M Vishnu Vardhan, Sri Vasavi Engineering College, India
Title : Piezoelectric materials for biomedical sensing and actuation
Shradha Saxena, Jaypee Institute of Information Technology, India