HTCMC-12 Symposium 7: Materials for Extreme Environments – UHTCs, MAX phases, and nanolaminates
Ultra-high temperature ceramics (UHTCs), MAX phases, and nanolaminate compounds are families of materials that can withstand extreme operating conditions such…
Read MoreHTCMC-12 Symposium 6: Carbon/Carbon (C/C) – Carbon Fiber Reinforced Carbon Composites
Carbon-carbon composites and their preforms are a mature technology. Even though research and development on C/C composites is still very…
Read MoreHTCMC-12 Symposium 5: Advanced Thermal and Environmental Barrier Coating – Processing, Properties, and Applications
This symposium focuses on recent advances in thermal barrier, environmental barrier and multifunctional coatings for high temperature ceramic matrix composites…
Read MoreHTCMC-12 Symposium 4: Innovative Design, Advanced Processing and Manufacturing Technologies in Non-oxide and Oxide Composites
Fiber-reinforced ceramic matrix composites (CMCs) are becoming increasingly important materials for a wide range of high temperature applications, in aero-engine…
Read MoreHTCMC-12 Symposium 3: Polymer Derived Ceramics and Composites
The chemical approach based on well-defined preceramic polymers, called the polymer-derived ceramics (PDC) route, offers precise control over chemical composition…
Read MoreHTCMC-12 Symposium 2: Fibers, Preforms, and Interphases
Even though advanced ceramic matrix composites (CMCs) based on market-available fibers, including carbon and ceramic fibers, have already been developed,…
Read MoreHTCMC-12 Symposium 1: Computational Modeling and Design of New Materials and Processes
Overcoming the current limitations of CMCs in terms of performance, use and market competitivity requires large efforts in two main…
Read MoreHTCMC-12 & GFMAT-3 Technical Program
Technical Program HTCMC-12 HTCMC-12 Symposium 1: Computational Modeling and Design of New Materials and Processes HTCMC-12 Symposium 2: Fibers, Preforms,…
Read MorePorous ceramics: From innovative processing to advanced industrial applications
Porous materials are essential components in numerous applications, including thermal insulation, catalysts, catalyst supports, filters, adsorbers, sensors, and lightweight structures.…
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