🚀 Breakthrough in Materials Science! 🚀
Check out the latest cover article of #MaterialsAndDesign, explores stepped-strut hexagonal #honeycombs. Achieving a 36% increase in stiffness and plastic strength. Read up: www.sciencedirect.com/science/arti...
#Innovation #MaterialsScience #FutureTech
Check out the latest cover article of #MaterialsAndDesign, explores stepped-strut hexagonal #honeycombs. Achieving a 36% increase in stiffness and plastic strength. Read up: www.sciencedirect.com/science/arti...
#Innovation #MaterialsScience #FutureTech
Multi-objective parametric optimisation of architected hexagonal honeycomb with stepped struts
Recent advances in small-scale fabrication enable the creation of architected metamaterials with tailored mechanical properties by manipulating their …
www.sciencedirect.com
January 31, 2025 at 3:28 PM
🚀 Breakthrough in Materials Science! 🚀
Check out the latest cover article of #MaterialsAndDesign, explores stepped-strut hexagonal #honeycombs. Achieving a 36% increase in stiffness and plastic strength. Read up: www.sciencedirect.com/science/arti...
#Innovation #MaterialsScience #FutureTech
Check out the latest cover article of #MaterialsAndDesign, explores stepped-strut hexagonal #honeycombs. Achieving a 36% increase in stiffness and plastic strength. Read up: www.sciencedirect.com/science/arti...
#Innovation #MaterialsScience #FutureTech
🌟Exciting News from Materials & Design!🌟
Check out the top cited and top downloaded articles of 2024! 📚✨
Dive into these groundbreaking studies and stay ahead in the field of materials science! 🔬🌍 bit.ly/4b7191M
#MaterialsScience #Research #Innovation #TopArticles #MaterialsAndDesign
Check out the top cited and top downloaded articles of 2024! 📚✨
Dive into these groundbreaking studies and stay ahead in the field of materials science! 🔬🌍 bit.ly/4b7191M
#MaterialsScience #Research #Innovation #TopArticles #MaterialsAndDesign
February 20, 2025 at 11:22 AM
🌟Exciting News from Materials & Design!🌟
Check out the top cited and top downloaded articles of 2024! 📚✨
Dive into these groundbreaking studies and stay ahead in the field of materials science! 🔬🌍 bit.ly/4b7191M
#MaterialsScience #Research #Innovation #TopArticles #MaterialsAndDesign
Check out the top cited and top downloaded articles of 2024! 📚✨
Dive into these groundbreaking studies and stay ahead in the field of materials science! 🔬🌍 bit.ly/4b7191M
#MaterialsScience #Research #Innovation #TopArticles #MaterialsAndDesign
🚀 Call for Submissions: AI-Enabled Material Innovations 🚀
Material scientists, contribute to our Special Issue in Materials & Design. Showcase how AI/ML is revolutionizing materials science. Deadline: May 2025. More info: bit.ly/4iPKx2j
#MaterialScience #AI #Innovation #Research #MaterialsAndDesign
Material scientists, contribute to our Special Issue in Materials & Design. Showcase how AI/ML is revolutionizing materials science. Deadline: May 2025. More info: bit.ly/4iPKx2j
#MaterialScience #AI #Innovation #Research #MaterialsAndDesign
December 20, 2024 at 1:25 PM
🚀 Call for Submissions: AI-Enabled Material Innovations 🚀
Material scientists, contribute to our Special Issue in Materials & Design. Showcase how AI/ML is revolutionizing materials science. Deadline: May 2025. More info: bit.ly/4iPKx2j
#MaterialScience #AI #Innovation #Research #MaterialsAndDesign
Material scientists, contribute to our Special Issue in Materials & Design. Showcase how AI/ML is revolutionizing materials science. Deadline: May 2025. More info: bit.ly/4iPKx2j
#MaterialScience #AI #Innovation #Research #MaterialsAndDesign
🚨 New cover article in #MaterialsAndDesign Vol. 256!
🔍 AI meets metallurgy: Predicting steel strength with deep learning + SEM micrographs.
📈 ANN-Phys model hits R² > 0.97!
🧠 SHAP insights reveal microstructure-property links.
📖 Read: bit.ly/3UtAqoZ
#MaterialsScience #AI #SteelResearch
🔍 AI meets metallurgy: Predicting steel strength with deep learning + SEM micrographs.
📈 ANN-Phys model hits R² > 0.97!
🧠 SHAP insights reveal microstructure-property links.
📖 Read: bit.ly/3UtAqoZ
#MaterialsScience #AI #SteelResearch
August 1, 2025 at 3:44 PM
🚨 New cover article in #MaterialsAndDesign Vol. 256!
🔍 AI meets metallurgy: Predicting steel strength with deep learning + SEM micrographs.
📈 ANN-Phys model hits R² > 0.97!
🧠 SHAP insights reveal microstructure-property links.
📖 Read: bit.ly/3UtAqoZ
#MaterialsScience #AI #SteelResearch
🔍 AI meets metallurgy: Predicting steel strength with deep learning + SEM micrographs.
📈 ANN-Phys model hits R² > 0.97!
🧠 SHAP insights reveal microstructure-property links.
📖 Read: bit.ly/3UtAqoZ
#MaterialsScience #AI #SteelResearch
🚀 Exciting Breakthrough in #MaterialsAndDesign! 🚀
Researchers have developed novel method 2 enhance buckling strength of metallic perforated plate lattices. Featured on the cover of vol 249! 📘✨
Read more: www.sciencedirect.com/science/arti...
#MaterialScience #Innovation #Engineering #Aerospace
Researchers have developed novel method 2 enhance buckling strength of metallic perforated plate lattices. Featured on the cover of vol 249! 📘✨
Read more: www.sciencedirect.com/science/arti...
#MaterialScience #Innovation #Engineering #Aerospace
Metallic perforated plate lattices with superior buckling strength
Plate lattices possess promising stiffness and yielding strength; however, their closed-cell topology dramatically increases the manufacturing difficu…
www.sciencedirect.com
January 8, 2025 at 9:58 AM
🚀 Exciting Breakthrough in #MaterialsAndDesign! 🚀
Researchers have developed novel method 2 enhance buckling strength of metallic perforated plate lattices. Featured on the cover of vol 249! 📘✨
Read more: www.sciencedirect.com/science/arti...
#MaterialScience #Innovation #Engineering #Aerospace
Researchers have developed novel method 2 enhance buckling strength of metallic perforated plate lattices. Featured on the cover of vol 249! 📘✨
Read more: www.sciencedirect.com/science/arti...
#MaterialScience #Innovation #Engineering #Aerospace
Exciting Breakthrough in #MaterialsScience! 🚀
Check out the cover art article of #MaterialsAndDesign, Vol. 252: bit.ly/3YI1keW showcasing improved mechanical properties and #EnergyHarvesting efficiency. 🌟🔬
Read more: bit.ly/3YI1keW
#Innovation #Research #Engineering #QuantumMaterials
Check out the cover art article of #MaterialsAndDesign, Vol. 252: bit.ly/3YI1keW showcasing improved mechanical properties and #EnergyHarvesting efficiency. 🌟🔬
Read more: bit.ly/3YI1keW
#Innovation #Research #Engineering #QuantumMaterials
Design of auxetic metamaterial for enhanced low cycle fatigue life and negative Poisson’s ratio through multi-objective Bayesian optimization
Auxetic metamaterials (AM) with negative Poisson’s ratio (NPR) offer promising mechanical properties but often suffer from significant stress concentr…
www.sciencedirect.com
April 22, 2025 at 12:38 PM
Exciting Breakthrough in #MaterialsScience! 🚀
Check out the cover art article of #MaterialsAndDesign, Vol. 252: bit.ly/3YI1keW showcasing improved mechanical properties and #EnergyHarvesting efficiency. 🌟🔬
Read more: bit.ly/3YI1keW
#Innovation #Research #Engineering #QuantumMaterials
Check out the cover art article of #MaterialsAndDesign, Vol. 252: bit.ly/3YI1keW showcasing improved mechanical properties and #EnergyHarvesting efficiency. 🌟🔬
Read more: bit.ly/3YI1keW
#Innovation #Research #Engineering #QuantumMaterials