Granular dampers, used to reduce vibrations in everything from machinery to spacecraft, may be more effective with a fresh look. Learn how particle shape influences their performance and what this means for future applications.
Discover how innovative techniques in vortex casting and mechanical milling are paving the way for advanced materials with enhanced properties, revolutionizing industries from aerospace to automotive.
Explore the innovative application of AI and machine learning in optimizing the production of poly(N-vinylcaprolactam) (PNVCL), a thermoresponsive polymer, making plastic production more efficient and sustainable.
Missing data in pig farming? Discover how artificial intelligence is revolutionizing feed management, promising healthier herds and a more efficient, profitable operation.
New research suggests that understanding the microstructure of porous materials, like soil, can significantly improve the accuracy of earth pressure calculations. This could lead to safer and more efficient designs for underground structures.
Discover how manipulating surface roughness and implementing swirl flow can dramatically increase the rate of mass transfer in vertical cylinder reactors, leading to higher production yields and more efficient processes.
Scientists have developed a novel method employing artificial intelligence to enhance the evaluation of plastic rod scintillators for gamma-ray detection. This technique promises quicker results and improved accuracy, paving the way for advancements in radiation detection across various sectors.
Explore groundbreaking developments in lithium-sulfur batteries, gene therapies, RNAi drugs, and sustainable materials, and understand their potential to reshape our world.
Discover how injection forging is emerging as a game-changer in auto manufacturing. This article breaks down the comparison between traditional and innovative forging techniques, highlighting the benefits and challenges of each for the future of automobile component production.
Discover how angle auto direction-adjusting systems are transforming wind tunnel testing, enhancing accuracy and efficiency with self-adapting fuzzy PID controllers. Learn about the design, simulation, and real-world applications of this cutting-edge technology.
