International Journal of Extreme Manufacturing

International Journal of Extreme Manufacturing (IJEM) publishes highest-quality #ExtremeManufacturing research

#IF=25.1, 1st in the #Engineering, Manufacturing

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Join the #webinar “Electronics that Heal” on May 15, 8:30 AM EST, to explore liquid metal bioelectronics, in situ fabrication, and neural interfaces. Discover advances shaping future biomedical devices and translational research.

Live: https://t.co/gsDV1oxlug

#Bioelectronics #LiquidMetal #ScienceTalks #JoinUs #ElectronicsThatHeal

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Microstructural #Engineering enhances the strength and ductility of additively manufactured maraging alloys.

Cell network-assisted reversion transformation improves strain hardening while retaining ultrahigh strength. @Cambridge_Uni

#IJEM #OpenAccess: https://t.co/3l8ko3BCA9

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Electrothermal stress relaxation enables programmable mechanical #Metastructures.

Spatial and temporal control of internal stresses allows reversible stability transitions, tunable mechanical responses and delayed actuation.

#IJEM #OpenAccess: https://t.co/hVGaM4Xdso

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Learn how laser-metal #AdditiveManufacturing introduces unique fatigue challenges for structural steels.

This review examines microstructural features and defect-controlled mechanisms to optimize damage tolerance.

#IJEM #OpenAccess: https://t.co/ZLLMpWkGTR

[International Journal of Extreme Manufacturing @IntJExtremManuf]

#3Dprinting is advancing #Optogenetic device development.

This review explores customized platforms for in vitro neural modulation and in vivo light delivery, highlighting emerging opportunities in #Neuroengineering. @NYUAbuDhabi

#IJEM #OpenAccess: https://t.co/XAX4bjnTbi
#Neuroscience #BiomedicalEngineering

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Electrospinning offers new opportunities for lithium–sulfur battery development.

This review examines how engineered nanofibers can improve key battery components and address challenges affecting battery performance. @GeorgiaTech

#IJEM #OpenAccess: https://t.co/4NJEFWTS3a
#EnergyStorage #Energy #Nanotechnology

[International Journal of Extreme Manufacturing @IntJExtremManuf]

A #Biomimetic strategy advances dental enamel regeneration.
Reviewing how an elastin-like recombinamer matrix guides oriented apatite growth and integration with native enamel, restoring its hierarchical architecture.

#IJEM #OpenAccess: https://t.co/RW642JOYPj
#Biomimetics #EnamelRegeneration #DentalMaterials

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Ultrathin hydrogel–elastomer #Nanomembranes enable stable #Bioelectronic interfaces with living tissues. Their adhesive, strain-tolerant design supports conformal integration and high-fidelity physiological signal monitoring.

#IJEM #OpenAccess: https://t.co/QmqpWU9PB4

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Extreme space environments make modular #RoboticSwarms highly prone to failures.

Cooperative reconfiguration enables robots to autonomously restore manipulation capabilities without spare modules, enhancing fault tolerance.

#IJEM #OpenAccess: https://t.co/ExKWZvNkzZ

#ReconfigurableRobotics #ParticleSwarmOptimization #FaultTolerance

[International Journal of Extreme Manufacturing @IntJExtremManuf]

On #STEMDay, #IJEM recognizes how science, technology, engineering, and mathematics converge to advance extreme manufacturing, from novel materials and precision processes to intelligent systems and emerging production technologies.

Go to: https://t.co/S4toHymThK

#AdditiveManufacturing #Innovation

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Overactive immune responses and insufficient growth factors limit #SpinalCordInjury recovery.

Magnetically controlled dendritic cell #Microrobots deliver #NeurotrophicFactors and modulate immune activity to promote axonal regeneration.

#IJEM #OpenAccess: https://t.co/rv3wHOruz1

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Underwater sonar wavefronts can be corrected despite severe aberrations.

A broadband holographic GRIN lens compensates for dome-induced distortion and collimates sound into a highly directive beam, enhancing echo detection.

#IJEM #OpenAccess: https://t.co/u683x0XO1N
#UnderwaterAcoustics #AcousticSensing #Sensors

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Can humidity sensing enable silent speech recognition without physical contact?

Researchers develop an ultra-sensitive humidity #Sensor using hydrophilic nanoforest materials, enabling rapid, accurate recognition of silent words & sentences.

#IJEM #OpenAccess: https://t.co/nKrk91NoKX
#BiomedicalEngineering #WearableTech #SmartSensors

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Reusable sweat #Sensors could improve long-term hydration monitoring.
This study presents vertically integrated #Microfluidic devices with reusable electrodes and reinforced flexible circuit boards for compact, sustainable wearable sweat analysis.
#IJEM #OpenAccess: https://t.co/WEkolQck5r

[International Journal of Extreme Manufacturing @IntJExtremManuf]

#ElectronicSkins could transform noncontact human–machine interactions.

Laser-printed #Thermoreceptor-inspired #Sensors combine rapid thermal responses with freeform reconfigurability for #Robotic control.
#IJEM #OpenAccess: https://t.co/K6Dv59J8hr

#FlexibleElectronics #LaserPrinting #Sensors

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Sustainable power is essential for next-generation #WearableElectronics.

This review explores integrated #EnergyHarvesting and storage strategies for self-powered #FlexibleDevices in health monitoring and motion detection.

#IJEM #OpenAccess: https://t.co/V9Bkf27hZh

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Complex geometries challenge large-scale composite circular braiding.

This review explores geometric classification, process modelling, hybrid #Robotics, active tension control, and #AI-driven #Manufacturing strategies.

#IJEM #OpenAccess: https://t.co/AzqT4bn9Xs

#CompositeMaterials #AdvancedManufacturing

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Biological structures can generate sensory functions without living cells.

#Biomimetic #AdditiveManufacturing recreates gradient cellular solids inspired by sea urchin spines for enhanced mechanoelectrical perception.

#IJEM #OpenAccess: https://t.co/ykHfl80a5R
#SmartMaterials #MaterialsScience

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Light scattering compromises the precision of DLP ceramic #3Dprinting.

A dual-functional curcumin strategy suppresses unintended #Photopolymerization, enabling high-resolution #Fabrication of complex ceramic structures.

#IJEM #OpenAccess: https://t.co/ExseTJmkJb

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Achieving wide-temperature #Superelasticity remains challenging.
Laser-directed energy deposition enables #HighEntropyAlloys with refined microstructures, high strength, and low temperature sensitivity.

#IJEM #OpenAccess: https://t.co/VVFcx0jmNw

[International Journal of Extreme Manufacturing @IntJExtremManuf]

Cell therapies may become programmable after #Transplantation.

This perspective explores #Biohybrid neural progenitor cell robots for remote magnetic navigation and stimulation to control cells and support #TissueRepair. @UniofOxford

#IJEM #OpenAccess: https://t.co/wR7ny3RCFg