International Journal of Mechanical System Dynamic
@IJMSD_NUST
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An open-access journal that aims to systematically reveal the vital effect of mechanical system dynamics on the whole lifecycle of modern industrial equipment.
Nanjing, CHINA
Joined December 2024
You can also find us on bluesky @ijmsd-wiley.bsky.social Journal website: https://t.co/w0UNONlH8f Submit to the journal:
onlinelibrary.wiley.com
Click on the title to browse this journal
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Elevate your research at #ICMSD2025! With over twenty sessions, plenary speeches by renowned experts, and opportunities for academic exchange, this is the event you can't afford to miss. See you there! đź”—: https://t.co/UnuShLaLcA
@IJMSD_NUST
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🚀Join IJMSD at the 3rd International Conference on Mechanical System Dynamics #ICMSD2025 in Romania from September 23-27, 2025! Submit your abstract by April 30, 2025, and be part of innovative research in mechanical system dynamics. https://t.co/ZXP3Br7UAj
@IJMSD_NUST
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Researchers @UniStrathclyde have introduced a novel in-plane inverse crack-tip element, using inverse FEM for real-time, accurate assessment of pre-cracked structures. This innovation enhances safety, reduces costs, & optimizes maintenance! 🏗️#SHM #Engineering #StructuralHealth
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Researchers @UniStrathclyde have introduced a novel in-plane inverse crack-tip element, using inverse FEM for real-time, accurate assessment of pre-cracked structures. This innovation enhances safety, reduces costs, & optimizes maintenance! 🏗️#SHM #Engineering #StructuralHealth
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🚀 Researchers have discovered that small tweaks to a robot’s mass & ball size can dramatically enhance stability! A new study explores how LQR control & trajectory planning improve BallBot’s agility. 🏀🔬 🔗 Read more: https://t.co/GvVWA1nUv6
#Robotics #AI #BallBot #Automation
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🔬 New research explores how material composition, porosity & microscale effects shape the vibrations of FGM microshells—key to next-gen MEMS & biomedical devices! ⚙️🔍 🔗 Read more: https://t.co/6PG3aUhaEJ
@Westlake_Uni @UniofAdelaide
#Nanotech #MEMS #Biomechanics #Engineering
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Researchers have developed a multidirectional negative-stiffness isolation system to enhance earthquake resilience and reduce seismic forces, improving structural safety. đź”— Read more: https://t.co/S5ocAgKJKz
#SeismicSafety #EarthquakeEngineering #StructuralInnovation
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Researchers have developed a multidirectional negative-stiffness isolation system to enhance earthquake resilience and reduce seismic forces, improving structural safety. đź”— Read more: https://t.co/S5ocAgKJKz
#SeismicSafety #EarthquakeEngineering #StructuralInnovation
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🔬 New research explores how material composition, porosity & microscale effects shape the vibrations of FGM microshells—key to next-gen MEMS & biomedical devices! ⚙️🔍 🔗 Read more: https://t.co/6PG3aUhaEJ
@Westlake_Uni @UniofAdelaide
#Nanotech #MEMS #Biomechanics #Engineering
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🚀 Researchers have discovered that small tweaks to a robot’s mass & ball size can dramatically enhance stability! A new study explores how LQR control & trajectory planning improve BallBot’s agility. 🏀🔬 🔗 Read more: https://t.co/GvVWA1nUv6
#Robotics #AI #BallBot #Automation
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Fatigue test rig no more: simulating bulldozer strength. Researchers @ShandongU unveil a virtual vibration test rig (VTR) that accurately simulates bulldozer push arm durability—cutting costs, saving time & boosting reliability. 🔗 DOI: 10.1002/msd2.12125 #Engineering #Innovation
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Fatigue test rig no more: simulating bulldozer strength. Researchers @ShandongU unveil a virtual vibration test rig (VTR) that accurately simulates bulldozer push arm durability—cutting costs, saving time & boosting reliability. 🔗 DOI: 10.1002/msd2.12125 #Engineering #Innovation
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🌊🤖 AI meets fluid dynamics! Researchers @Westlake_Uni use machine learning to predict drag coefficients of complex-shaped particles with <5% error—revolutionizing industries from aerospace to environmental engineering. 🚀 DOI: 10.1002/msd2.12124 #AI #FluidDynamics #Innovation
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You can also find us on bluesky @ijmsd-wiley.bsky.social Journal website: https://t.co/w0UNONlH8f Submit to the journal:
onlinelibrary.wiley.com
Click on the title to browse this journal
0
1
3
The feel of the future: elevating haptics with advanced dual-rate sampling. From medical training to VR, this innovation redefines touch in the digital world! https://t.co/8Rw1o6T058
@WileyGlobal @iustjk #Haptics #VR #Innovation
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🚀🔬 Tuning into the frequencies of conical shells! Scientists explore the vibrations of fluid-filled truncated conical shells, unlocking insights for aerospace & marine engineering. 📡⚙️ [DOI: 10.1002/msd2.12105] @WileyGlobal #Engineering #FluidDynamics
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The feel of the future: elevating haptics with advanced dual-rate sampling. From medical training to VR, this innovation redefines touch in the digital world! https://t.co/8Rw1o6T058
@WileyGlobal @iustjk #Haptics #VR #Innovation
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🚀🔬 Tuning into the frequencies of conical shells! Scientists explore the vibrations of fluid-filled truncated conical shells, unlocking insights for aerospace & marine engineering. 📡⚙️ [DOI: 10.1002/msd2.12105] @WileyGlobal #Engineering #FluidDynamics
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🔬 Stochastic resonance meets nanotech! Researchers @Columbia use the Wiener Path Integral technique to model micromechanical oscillator arrays, unlocking new precision in molecular detection for disease diagnostics. Read more: https://t.co/JnNu8XpfdO
@WileyGlobal #Nanomechanic
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