YCN Research in spot

Multifunctional Ceramic Matrix Composites for Nuclear Applications

Conventional sintering

Physics-based modeling of glass structural fluctuations

Processing of new super-hard and ultra-hard ceramics for personnel protection and industrial ...

Enhancing Glass Surface Functionality for Water Purification and Bactericidal Applications ...

MXenes as coatings on implant surfaces for improving of biological responses

Ultrafast high-temperature sintering for functional ceramics processing

COx-free Hydrogen Production in Additively Manufactured Electrified Reactor through Catalytic ...

Bioceramic bone cements modified with bioglass

Additive manufacturing of functionally graded ceramic materials

Tuning thermal conductivity of porous SiC ceramics with additives for thermal energy application

Surface Modification of Refractory Multi-Principal Element Alloys

From industrial ceramics… back to industrial ceramics !

Dental restorations

Development of an energy storage device

In the research for new properties of zirconia matrix composites

Flash Sintering of ceramics

A bridge between material science and drug delivery

Towards faster debinding with the help of supercritical fluids

Understanding the Cold Sintering Process of Ceramics

Reactive magnesia-based composites: the pursuit of green construction

Exploring alternative sintering techniques for a more sustainable production of lead-free electrocer

Selective peptides to build semiconductor heterostructures in a sustainable way

Metal Matrix Composites and Ultra-High Temperature Ceramics obtained by Spark Plasma Sintering

3D Printing Technology for Process Intensification in Chemical Engineering

Bismuth ferrite purity and morphology control through a highly reproduceable process

Micro-harvesters of heat for the Internet of Things

Story of Isaiah A Moses

Tape casting of Si3N4 based bioceramics

Jülich researchers seek to reduce the cost of producing MAX phases and high-performance metals and

Additive manufacturing of novel bioactive metalloid-bioceramic composites for bone tissue

On-demand rapid processing of complex-shaped ceramics

Freeze casting of ultra-light ceramic foams

Scaffolds derived from cuttlefish bone for bone tissue engineering

New materials for solid oxide fuel cell cathodes with superior performance and improved long-term

MAX phase and MAB phase derived MXenes for energy storage application

High performance electromechanically active materials

New opportunities in transparent ceramic

Fabrication of Bone‐Like Structures via “COBICS”, Ceramic Omnidirectional Bioprinting in Cell

In situ mechanical testing of ceramics in transmission electron microscope

Highly ductile amorphous oxide at room temperature and high strain rate

3D printing, a multidisciplinary travel

Obtaining transparent yttrium-containing ceramics of complex shapes by slip casting

Ion-doped silicon oxycarbide and silicate-based bioactive glasses for bone regeneration

Development of novel antibacterial peptides based on human defensin domains for biomaterial

MIMEPRO (High potential inorganic side streams ? Valuable metals recovery and waste utilization)

The future of sustainable construction

Processing of UHTCMCs using Microwave/Radiofrequency enhanced chemical vapour infiltration process

Let's go transparent

Characterization of Domain Walls in ferroelectric materials down to atomic level

Sintering is a crucial step of ceramic processing!

Ball-on-Three-Balls-test (B3B) as mechanical testing of 3D-printed ceramics

Optimisation of the stereolithography process applied to β-tricalcium phosphate (β-TCP) bioceramics

Effect of silicon substitution in calcium phosphates on blood vessel formation

Exploring the wonders and the nightmares of binder jetting!

Managing Director of the DKG and former YCN representative

Rapid debinding and sintering of additively manufactured components

Determination of the Curie temperature by temperature-dependent X-ray diffraction of barium bismuth

Have you ever heard of glass 3D printing?

Enhancing sintering technology of transparent Nd3+:YAG, Sm3+:YAG ceramics for novel laser applicatio

Glass-Ceramics from Basalt: Sustainable Materials for the Future

Manufacturing process of tin-opacified glazes from the Italian Renaissance: An insight on Della Robb

Innovative processing of short-fibre reinforced Ultra-High Temperature Ceramic Matrix Composites

4D-REVIVE: Unlocking the Potential of Metallic Glasses for Smart Cardiac Patches

Shaping the Future of Solar-Driven Photocatalysis with ALD Thin Film Materials for Sustainable Water

Too hot to waste: sustainability of refractories for the steel industry through numerical models

Tailoring microstructures: Enhancing the thermomechanical properties of refractory castables

Freezing polymer solutions to create porous ceramics for CO2 utilization applications

Bridging Tradition and Technology: Developing Printable Ceramics for the Next Generation of Material

From Soft Emulsions to Hard Ceramics: A Polymer-Derived Route to Porous Silicates