Composites & Hybrid Materials
Category VIEW ALL
Mechanically, Thermally, and Chemically-Robust (Oxidation/Corrosion-Resistant) High-Temperature Ceramic/Metal Composites
A new class of stiff, creep-resistant, and tough ceramic/metal composite materials enables high-performance, cost-effective heat exchangers and components capable of operating above 750 degrees Celsius.
Fabrication of Carbon/Silicon Composite as Lithium-ion Anode with Enhanced Cycling Stability
A scalable silicon-carbon hybrid anode material provides high stability and superior resilience for prolonged cycling in rechargeable lithium-ion batteries.
3D Digital Printing of Highly Viscous Materials using Large Amplitude Ultrasonic Vibrations
A modified 3D printing nozzle enables high-resolution, high-speed printing of highly viscous materials, including thick pastes, ceramics, and semi-solid metals, integrating into existing commercial systems.
Use of Vacuum Assisted Resin Transfer Molding for Repair of Composite Materials and Structure
Advanced single-side repair technology for composite sandwich structures eliminates heat damage and enables repairs in restricted-access areas.
Method for Producing Particulate Reinforced Composites Using Acoustic Vibrations
Applying acoustic vibrations to an in situ metal composite method improves strength, hardness, and wear resistance by yielding smaller, spherical reaction products and encouraging chemical cooling.
Cathodic Deposition of Conducting Polymers and Conducting Polymer-Based Hybrid Materials
A novel and cost-effective method uses electrochemical reduction to deposit conducting polymers and hybrid materials on inexpensive substrates like copper and aluminum for energy, optoelectronics, and sensing applications.
Methods and Apparatus to Print with Continuous Multifunctional Composite Materials
A new technology enhances Extrusion Deposition Additive Manufacturing (EDAM) by integrating active heating, cooling, and sensing elements, improving mechanical properties and processing higher fiber counts for applications like aviation and propulsion systems.
Heating of 3D Printed Tooling with Circuits Printed In-situ through EDAM
Embedded heating circuits printed directly into polymer-based tools enable uniform temperature control for composite manufacturing, reducing thermal gradients and energy consumption.
TIBA: Topologically Interlocked Battery Assembly
Topologically interlocking battery array segments absorbs crash energy, significantly reducing necessary protection material weight while enhancing electric vehicle safety.
Binder System Extension for Kraft Paper Laminate using Depolymerized Lignin
A sustainable, formaldehyde-free resin binder utilizes depolymerized lignin from forestry waste to create environmentally friendly composite boards for furniture, flooring, and countertops, meeting global regulatory demands.
Formulation for Controlled Dispersion of Cellulose Nanomaterials
A new polymer shear mixing process using carboxymethylcellulose enables controlled dispersion and improved, homogenous drying of sustainable cellulose nanomaterials, overcoming traditional agglomeration issues.
Phase Transforming Cellular Matrix (PXCM) based Tile Design for Lightweight Runway Mat
Phase transforming cellular matrix textiles enable the rapid deployment of lightweight, durable runway panels and structures that significantly outperform current fatigue life standards.
Production of Rice Straw Fiber Board using Lignin from Catalytically Depolymerized Rice Straw
A sustainable, low-cost method extracts lignin and cellulose from rice straw to create non-carcinogenic composite board binders that significantly reduce manufacturing costs.
Cellulose Nanocrystal (CNC) Reinforced Epoxy via Predispersion in Hardener Phases
CNC-enhanced hardening agents overcome the compatibility challenge of utilizing cellulose nanocrystals in polymer matrices, significantly increasing the strength, stiffness, and elongation of epoxy resins for use across various high-performance industries.
Shear-Based Method for Producing High Strength Flat, Uniaxially Oriented Free-Standing Wood-Based Cellulose Nanocrystal Films
Renewable, low-density nanocellulose materials offer steel-like strength and high stiffness for applications across defense, transportation, packaging, and manufacturing.
Integrated Laser-Processing Cell
This advanced laser manufacturing process simultaneously constructs precise material properties and dimensions during substrate generation, enabling the creation of complex freeform parts with varying compositions and internal geometries.
Sharing Chair
This stackable, interlocking bar stool system provides flexible seating for up to three individuals, maximizing capacity and minimizing storage needs in various professional settings.
Tuning SMA Hybrid composites via patterning and pre-straining
Patterned, pre-strained SMA layers tune composite damping/dynamics for targeted vibration control.
Enhanced Water Adsorption MOF Composites on Metal Foam Substrates for Durable and Efficient Air Conditioning Applications
MOFs grown on metal foam yield durable, high-uptake desiccants for compact, energy-efficient AC/dehumidification.
Energy Absorbing Ceramics
Shock-absorbing high-temperature ceramic boosts rotating-detonation engine durability without added cooling.
Shrinkage-Reducing Admixture for Cast/Printed Concrete Using Post-Industrial & Consumer Absorbent Waste
Hygiene-waste-derived powders recycle absorbents to curb concrete cracking and boost curing.
Achieving Room Temperature Plasticity in Brittle Ceramics Through High Temperature Preloading
High-temperature preloading introduces defects, enabling plasticity in normally brittle ceramics.
Self-Cleaning Cementitious Materials with Lower Nano-TiO₂ and Reduced Carbon Footprint
CO₂-cured process halves nano-TiO₂ content while enhancing photocatalytic self-cleaning activity.
Method to Maximize Interlayer Bonding in Additive Manufacturing
Print-speed control method maximizes interlayer bonding strength in additive manufacturing.
Multilayer Ablation Resistive High Emissivity Coating for Carbon/Carbon Composites
Low-cost ceramic coating reduces oxidation and ablation of carbon/carbon composites in hypersonic conditions.
High Performance and CO2 Consuming Living Wood for Buildings
Bio-inked microorganisms turn wood into a strong, carbon-sequestering, self-healing building material.
Patterned Continuous Fiber Reinforced Elastomer Composite for Stretchable Characteristic
Patterned fiber elastomer composite retains stretchability while tuning tensile strength and elongation via fiber geometry.
Developing Ceramic Matrix Composites Using Additively Manufactured Fiber-Reinforced Polymers
Additive method automates fiber placement in ceramic composites for strong, heat-resistant parts at lower cost.
Conformal, Waterproof Electronic Decals for Wireless Monitoring of Sweat and Vaginal pH at the Point-of-care
Waterproof, flexible electronic decals wirelessly track sweat or vaginal pH for point-of-care health diagnostics.
Two-Dimensional Lattice Confined Single-Molecule-Like Aggregates
A hybrid perovskite superlattice that delivers both single-molecule efficiency and aggregate stability for brighter LEDs, lasers, and quantum devices.
Modified Burn Behavior of Propellant with Embedded Nitinol Wires
Shape-memory-wire actuated propellant geometry that dynamically controls burn rate for throttling or precision actuation.
Composite Quasi-Solid-State Electrolyte with Fire Retardant for Safer Lithium-ion Batteries
A quasi-solid electrolyte that resists ignition, suppresses dendrites, and supports high energy density for safer solid-state batteries.
Conductive Multifunctional Composite Preform (M-TOW)
A next-gen fiber preform adds high electrical and thermal conductivity for automotive molding.
Ultrahigh-Performance Hybrid Supercapacitors from Stem-Like Carbon Networks & Flower-Like MoS₂ Structures
Morphology-engineered electrodes achieve >80 Wh/kg energy density with ultra-fast cycling for EVs and storage.
Supercapacitor Electrodes from MoS2, Carbon Nanotubes, and Metal-organic Framework
Hybrid electrodes deliver battery-like energy density with capacitor-like power and life.
Room Temperature Single-Photon Emitters in Silicon Nitride
Single-photon emitters in silicon nitride films scale easily for quantum circuits and communication.
Hybrid Sensing of Electric Field with Quantum Spin Defects Coupled to Nanomagnets
Nanomagnet-coupled spin defects dramatically enhance electric field sensitivity for quantum devices.
Fabrication of RCCAs and RCCA/Ceramic Composites for High-Temperature Components and Devices
A new fabrication method yields oxidation- and corrosion-resistant alloys for aerospace, defense, and energy devices.
Tailored Surface Roughness & Porosity of Titanium Bodies for Biomedical Use via Gas/Solid Displacement Reactions
Gas/solid treatments tailor micro-pores that promote bone growth on dental and orthopedic implants.
A Chemiresistive CO2 Sensor Based on Carbon Nanotube-Functional Polymer Composite Films
CNT-polymer composites deliver reliable, energy-efficient CO₂ sensing for buildings and HVAC systems.
Safer High-Voltage Solid-State Batteries
A new polymer electrolyte improves conductivity, thermal stability, and safety for next-gen lithium batteries.
High Ionic Conductivity Composite LiLaZrBiO Garnet - Polymer Electroly
A flexible ceramic-polymer electrolyte offers order-of-magnitude higher ionic conductivity with safer, non-flammable operation.
Composite Phase Change Material Heat Sinks for Enhanced Passive Thermal Management
Tunable, lightweight phase-change heat sinks extend time-to-overheat by ~36% for compact, high-power electronics.
A Novel Approach to Additive Manufacturing of Refractory Metals Without Cracks
Laser cladding plus remelting achieves crack-free CoMoCrSi coatings on Haynes 282 for engines and turbines.
Method of Cryogenic Quenching in the Surface Treatment of Aluminum Alloys
Cryogenic quenching delivers T6-like hardness to aluminum alloys without furnaces, enabling efficient tempering and cladding.