This project helps to make driving safer by detecting andresponding to obstructions automatically. It has ultrasonic sensors that are used in continuously monitoring the car's distance with any objects or obstacl...
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In this new era of wireless communication technology, the design and analysis of microstrip patch antennas for X-band applications, which connects billions of people and machines forradar and satellite applications, ...
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Quantum computing poses a significant threat to traditional cryptographic systems, necessitating the exploration of robust alternatives to secure data transmission in the cloud. This abstract delves into the integrati...
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In an era of pervasive digital connectivity, concerns about privacy on social media platforms have become increasingly prevalent. The 'Safer Tweets' strategy offers a comprehensive approach to maximizing priva...
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Medium-entropy alloys(MEAs)that exhibit transformation-induced plasticity(TrIP)from face-centered cubic(FCC)to body-centered cubic(BCC)are considered promising for liquid hydrogen environments due to theirremarkable ...
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Medium-entropy alloys(MEAs)that exhibit transformation-induced plasticity(TrIP)from face-centered cubic(FCC)to body-centered cubic(BCC)are considered promising for liquid hydrogen environments due to theirremarkable cryogenic ***,studies on hydrogen embrittlement(HE)in BCC-TrIP MEAs have not been conducted,although the TrIP effect and consequent BCC martensite usually deteri-orate HE *** these alloys,initial as-quenched martensite alters hydrogen diffusion and trap behavior,anddeformation-induced martensitic transformation(dIMT)provides preferred crack propaga-tion sites,which critically affects HE ***,this study aims to investigate the HE behav-ior of BCC-TrIP MEAs by designing four V10Cr10Co30Fe50-xNix(x=0,1,2,and 3 at％)MEAs,adjusting both the initial phase constituent and phase metastability.A decreased Ni content leads to a reduced fraction and mechanical stability of FCC,which in turn increases HE susceptibility,as determined through electro-chemical hydrogen pre-charging and slow-strain rate tests The permeation test and thermal desorption analysis reveal that the hydrogen diffusivity and content are affected by initial BCC fraction,interconnec-tivity of BCC,andrefined *** these initial phase constituents differ between the alloys with FCC-and BCC-dominant initial phase,microstructural factors affecting HE are unveileddiscretely among these al-loy groups by correlation of hydrogen-induced crack behavior with hydrogen diffusion and trap *** alloys with an FCC-dominant initial phase,the initial BCC fraction anddIMT initiation rate emerge as critical factors,rather than the extent of *** BCC-dominant alloys,the primary contributor is an increase in the initial BCC fraction,rather than the extent orrate of *** unraveledroles of microstructural factors provide insights into designing HE-resistant BCC-TrIP MEAs.
Explores the utilization of Generative Adversarial Networks (GANs) for generating synthetic images to address challenges related to limiteddata availability and privacy concerns. GANs, trained on diverse datasets, ar...
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The voice and gesture-controlled wheelchair introduces a new solution for the mobility of physically challenge ones. With the help of both voice command control and gesture control the wheelchair helps the person to n...
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The organ-on-chip (OOC) platform enables faster, better, and less expensive drug development, disease modeling, customized treatment, and insights into human health by providing flexibility androbustness in drug test...
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Crafted under the umbrella of the dArPA Cyber Assured Systems Engineering (CASE) initiative, BriefCASE emerges as an open-source model-centric engineering environment designed to shape cyber-resilient system blueprint...
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Speakerdiarization is a process in automatic speech processing that involves segmenting and labeling an audio recording based on distinct speakers. The goal is to identify anddifferentiate speakers within the audio....
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