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Harnessing AI and Machine Learning for Sustainable Construction

This comprehensive article explores the pivotal role of artificial intelligence (AI) and machine learning (ML) in revolutionizing sustainable construction practices.

Nidhi-dhullapr , Susha-cheriyedath , Shadi-hanandeh , Nidhi-dhull , Clean-energy , Un-sustainable-development-goals , International-journal-of-data-science , Asian-journal , Civil-engineering , Environmental-chemistry-letters , Development-goals , Sustainable-cities

Flexible Calorimetric Flow Sensors for MAV Flight Control

Researchers from China introduce a novel flexible calorimetric flow (FCF) sensor designed to enhance airflow sensing in microair vehicles (MAVs). By leveraging vanadium oxide (VOx) films on flexible substrates, the sensor demonstrates exceptional sensitivity and directionality, enabling precise estimation of flight parameters.

Weicheng , Shaanxi , China , Susha-cheriyedath , Zheng-gong , Yonggang-jiang , Ansys , Nature-communications , Bethan-daviesapr , Calorimetric-flow-sensors , Flexible-calorimetric-flow-sensors ,

Enhancing Industrial Robot Performance Through Time-Lag Filtering

Researchers from China proposed a novel method for reducing vibrations in industrial robots through time-lag filtering based on trapezoidal trajectory interpolation. This technique targets enhancing motion accuracy and stability by reducing harmonic components' amplitudes within specific frequency bands.

China , Shenyang , Liaoning , Muhammad-osama , Muhammad-osamaapr , Susha-cheriyedath , Research-findings , Vibration-suppression-methods , Industrial-robot-time-lag ,

Identifying Research Gaps in BIM and Sustainability Integration

A comprehensive review of 543 articles on BIM and sustainability integration in construction identifies research gaps and areas needing further exploration. The study delves into the environmental, economic, and social dimensions of BIM-sustainability nexus, highlighting under-researched topics such as life cycle sustainability analysis (LCSA), green building design, construction waste management, and emerging technologies.

El-haouzi , Nidhi-dhull , Susha-cheriyedath , Nidhi-dhullapr , Research-gaps , Research-methodology , Sustainability-integration , Identifying-research-gaps ,

SMR-O: Advancing Miniature Quadrupedal Piezoelectric Robots

Researchers developed SMR-O, a miniature quadrupedal piezoelectric robot, leveraging a novel spatial parallel mechanism and innovative piezoelectric actuator manufacturing. With peak speeds of 48.66 cm/s and a payload capacity of 5.5 g, SMR-O demonstrates rapid and agile locomotion, promising applications in search and rescue, exploration, medical diagnostics, and fault detection.

China , Muhammad-osama , Muhammad-osamaapr , Susha-cheriyedath , Research-findings , W-development , Advancing-miniature-quadrupedal-piezoelectric , Piezoelectrically-driven-miniature ,

Multifunctional Displays with Photo-Responsive Perovskite LEDs

Researchers introduced a novel approach using photo-responsive perovskite light-emitting diodes (PeLEDs) to create multifunctional displays. By integrating touch control, ambient light sensing, image sensing, and photovoltaic functionalities into individual pixels, this innovative display technology eliminates the need for separate sensors.

China , Sweden , Susha-cheriyedath , Nature-electronics , Bethan-daviesapr , Photo-responsive-perovskite ,

The Principles and Applications of Biodegradable Sensors

This article explores the principles and applications of biodegradable sensors, highlighting their eco-friendly nature, diverse applications in healthcare, environmental monitoring, and agriculture, as well as challenges and recent advancements.

United-states , America , Ralf-maassen-dteurope-shutterstock , Ankit-singhapr , Ashfaq-ahmed , Susha-cheriyedath , Traditional-sensors-to-biodegradable-solutions , Development-of-implantable-chemical-sensors-utilizing-flexible , Ralf-maassen , Traditional-sensors , Recent-development , Implantable-chemical-sensors-utilizing-flexible

High-Performance Electrodes for Wearable Skin Devices

The review article explores the critical role of high-performance electrodes in wearable skin devices, emphasizing their mechanical, structural, and biocompatibility aspects. It addresses the need for electrodes that accommodate the skin's dynamic properties while ensuring effective signal capture or stimulation.

Nidhi-dhullapr , Seoung-young-ryu , John-wiley , Susha-cheriyedath , Nidhi-dhull , Communications-materials , Performance-electrodes , Wearable-skin-devices , Image-credit , Won-gi-chung ,

Modular Timber Construction: Innovations, Challenges, and Opportunities

The paper explores the burgeoning field of modular timber construction, highlighting its eco-friendly attributes and structural advancements. It discusses the principles of modularity, layout design, structural systems, and the integration of mechanical, electrical, and plumbing components.

London , City-of , United-kingdom , Canada , Berlin , Germany , Vancouver , British-columbia , Sweden , France , Vienna , Wien

Advancing Robotic Technology in Coal Mining

Researchers proposed an advanced framework for robotic technology systems in coal mining operations to enhance safety, efficiency, and intelligence. They conducted a comprehensive review of coal mining robots, highlighting achievements, innovations, and challenges.

China , Muhammad-osama , Muhammad-osamaapr , Susha-cheriyedath , S-research , Research-findings , Robotic-technology-in-coal-mining-study , Robotic-technology-in-coal-mining , Robotic-technology , Coal-mining , Advancing-robotic-technology , Intelligent-system-architecture