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Fabrication and finite element analysis of variable-sensitivity force sensor using structural modification and stiffness change of shape-memory polymer
A variable-sensitivity force sensor is fabricated and analyzed using finite element analysis, leveraging stiffness changes in a shape-memory polymer.
Computational design and analysis of biocompatible shape memory polymer-based self-expandable stent
A finite-element workflow designs a biodegradable SMP-based self-expandable stent and identifies a five-cell lattice that yields high shape fixity and near-complete recovery with low deployment stress.
Smart insulating material with UV-triggered self-healing and aggregation-induced emission-based damage visualization via microcapsules
A smart insulating material uses UV to trigger self-healing and employs microcapsules with aggregation-induced emission to visualize damage.
GRASPion: An open-source, programmable brainbot for active matter research
The GRASPion is a programmable bristlebot designed for studying active matter systems with various motion capabilities and real-time interaction.
Bioinspired and smart material systems for auricular cartilage engineering: toward microenvironment-responsive and self-regulating scaffolds
This review highlights advancements in bioinspired and smart materials for effective auricular cartilage engineering and regeneration.
Variational phase-field modeling of fracture and fatigue in shape memory alloys: a one-dimensional study
A new 1D variational phase-field model links SMA phase transformation and damage to reproduce distinctive fracture localization and fatigue trends in Ni-Ti multi-wire samples.
Application and potential of 4D printing in medicine
4D printing utilizes smart materials to create dynamic medical devices that adapt to patient needs and improve treatment personalization.
Magnetoresponsive Fiber-Reinforced Periodic Impedance-Gradient Absorber: Design and Microwave Absorption Performance
A novel multilayer metamaterial absorber achieves efficient electromagnetic absorption across multiple bands with enhanced mechanical properties.
Application of alginate-based epoxy microcapsule in self-healing concrete
A novel alginate-based microcapsule system enables autonomous crack healing in concrete, enhancing durability and structural integrity.
Design and Efficacy Study of a Digital Sports Training System Based on Smart Textiles
This study evaluates a smart textile system that enhances athletic training through real-time biomechanical and physiological feedback.
Design and Modeling of a Simple-Structured Continuously Variable Transmission Utilizing Shape Memory Alloy Superelasticity for Twisted String Actuator
A simple CVT for twisted string actuators is proposed using two superelastic SMA rods whose load-dependent deformation enables continuous transmission-ratio variation.
DiffeoMorph: Learning to Morph 3D Shapes Using Differentiable Agent-Based Simulations
DiffeoMorph is an end-to-end differentiable method that learns agent-based morphogenesis rules to transform minimally patterned starts into target 3D shapes using an invariant Zernike-based shape-matching loss.
Deep-Learning-Based Probabilistic Graphical Models for Automated Defect Detection in Smart Textile Manufacturing
The Deep-CRF framework enhances defect detection in smart textiles, achieving high accuracy through deep learning and probabilistic graphical models.
A truncated-pyramid ultra-wideband electromagnetic absorbing metamaterial based on superparamagnetic composite materials
This study presents a novel superparamagnetic composite metamaterial with over 90% electromagnetic wave absorption across C-band and X-band.
BaTiO₃-Based Piezoelectric Smart Textile for Energy Harvesting and Touch-Triggered Electroluminescent Display
This research presents a smart textile that harnesses biomechanical energy for self-powered sensing and interactive displays.
Design, modelling and experimental validation of bipenniform shape memory alloy-based linear actuator integrable with hydraulic stroke amplification mechanism
A bio-inspired bipenniform SMA coil linear actuator is modelled and experimentally validated, achieving 257 N at 15 V and reduced drive mechanism weight and energy versus a stepper motor benchmark.
Mechanical Properties of Self-Healing Concrete with Dawson Microcapsule
This study investigates the mechanical properties of self-healing concrete using Dawson microcapsules to enhance durability and reduce cracking.
Design and Application of an Immersive Silk Road Cultural Tourism Experience Based on Smart Textile Wearable Devices
The study presents a smart textile wearable that enhances cultural tourism experiences through immersive technology.