#EngineeringResearch

[naturalscientist]

Flow Oscillation Magic in Cooling Systems!  #sciencefather #fadeout #scientist 

In experiments conducted on an open-loop passive cooling system, intriguing observations were made regarding flow oscillation fade-out and its relation to the pool water level effect 🌊. Initially, the system displayed noticeable oscillatory behavior in fluid flow 🔁, often attributed to thermal instabilities and uneven heat distribution. However, over time, these oscillations gradually diminished—a phenomenon termed as "fade-out" 🌫️. This attenuation is believed to be influenced by the pool water level, which plays a crucial role in stabilizing pressure head and thermal gradients. As the water level decreases due to evaporation or system dynamics ⬇️💧, it alters the driving head and heat dissipation capacity, thereby impacting flow characteristics. These experiments underline the sensitive interplay between fluid dynamics and thermal management in passive systems, offering insights into improving design and operational stability 🔧🌡️. 

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[ijmsrt]

Open-access journal platform offering quality publications in Social Science, Chemical Science, Computer & more. Easy learning, all subjects covered! . 📩 Contact Us: ✉️ editor.ijmsrt@gmail.com 📱 +91 94133 39351 (WhatsApp only) 🌐 www.ijmsrt.com . .

[dronacharyacollege]

Expert Talk on Array Signal Processing for Acoustic and Brain Source Localization-Dr. Lalan Kumar

We are pleased to announce an insightful expert talk by Dr. Lalan Kumar, Assistant Professor in the Department of Electrical Engineering at IIT Delhi. Dr. Kumar will share his expertise on "Array Signal Processing for Acoustic and Brain Source Localization" on 8th August 2024, starting at 09:00 AM. With an impressive background that includes a Post-Doc from NTU, Singapore, experience as a Software Engineer at Motorola, and a former faculty position at IIT Bhubaneswar, Dr. Kumar brings a wealth of knowledge and practical insights to the table. This session promises to be a valuable opportunity for students, faculty, and professionals interested in signal processing and its applications in acoustic and brain source localization.

[shravya96]

Stress-Driven Heat-Sinking Structures Explained#Sciencefather

Stress-driven heat-sinking structures are advanced designs used for effective heat management in high-stress environments, such as electronics, aerospace, and automotive systems. These structures leverage mechanical stress to enhance thermal pathways, optimizing heat dissipation when exposed to variable loads. By integrating adaptive or stress-responsive materials, they maintain high thermal conductivity and adjust their structure dynamically to prevent overheating. 

 #HeatSinking #MaterialScience #Engineering #Animation #Education #YST#Sciencefather#Innovation#HeatDissipation#ThermalManagement#ResearchInnovation#ScientificDiscovery#AcademicResearch#EngineeringResearch#materialscience 

 International Young Scientist Awards

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[yessesimbra]

. O Técnico Solar Boat é um projeto universitário, constituído por estudantes do Instituto Superior Técnico, de diferentes áreas de engenharia, que trabalham no desenvolvimento de uma embarcação tripulada movida exclusivamente a energia solar. #engineeringresearch #opensource #territorioarrabida #Sesimbra #visitsesimbra #ecosesimbra #solar #yessesimbra (em Sesimbra) https://www.instagram.com/p/CE9wiW7nZFv/?igshid=gwdspy9baj26

[lupinepublishers]

lupine publishers|                Prediction of Brinell Hardness Number; A TIG Process Parameter Needed to Eliminate Post Weld Crack Formation and Stabilize Heat Input in Mild Steel Weldment Using Fuzzy Logic (FL)Research Article

The Brinell hardness number (BHN) is the load divided by the surface area of indentation. The diameter of the impression is measured with a microscope with a superimposed scale. BHN remains vital parameters for the assessment of weld quality and also to eliminate post weld crack formation. The focus of this study is to predict tig process parameter such as Brinell hardness number (BHN)  for  eliminating  post  weld  crack  formation,  and  stabilizing  heat  input  in  mild  steel  weldment.  The  key  input  parameters  considered  in  this  work  are  welding  current,  welding  voltage  and  welding  speed  while  the  response  or  measured  parameter  is  Brinell  hardness  number  (BHN).  Using  the  range  and  levels  of  the  independent  variables,  statistical  design  of  experiment  (DOE)  using central composite design (CCD) method was done. Hundred (100) pieces of mild steel coupons measuring 60 x 40 x10 were used  for  the  experiments.  The  experiment  was  performed  20  times,  using  5  specimens  for  each  run.  The  plate  samples  were  60  mm long with a wall thickness of 10mm. The samples were cut longitudinally with a Single-V joint preparation. The tungsten inert gas welding equipment was used to weld the plates after the edges have been bevelled and machined. The welding process uses a  shielding  gas  to  protect  the  weld  specimen  from  atmospheric  interaction.  For  this  study,  100%  pure  Argon  gas  was  used.  The  weld samples were made from 10mm thickness of mild steel plate; the plate was cut to size with the power hacksaw. The edges grinded and surfaces polished with emery paper and the joints welded and thereafter, the response (Brinell hardness number) was measured, recorded, and analysed using fuzzy logic.

153Copyright © All rights are reserved by Obahiagbon K.Journal of Mining and Mechanical EngineeringResearch ArticlePrediction of Brinell Hardness Number; A TIG Process Parameter Needed to Eliminate Post Weld Crack Formation and Stabilize Heat Input in Mild Steel Weldment Using Fuzzy Logic (FL)Pondi P1, Achebo J2 and Obahiagbon K3*1Department of Production Engineering, University of Benin, Nigeria2Department of Production Engineering, University of Benin, Nigeria3Department of Chemical Engineering, University of Benin, Nigeria*Corresponding author:Obahiagbon K, Department of Chemical Engineering, Faculty of Engineering, University of Benin, P.M.B 1154, Benin City, Edo State, NigeriaReceived:March 26, 2021 Published:April 22, 2021Introduction Most  of  the  structural  failures  happening  today  is  because  of  poor  weld  strength  Palani  et.al.  [1]  These  welding  failures  are  mostly influenced by improper combination of the welding process factors  Marseguerra  et  al.  [2]  The  quality  and  strength  of  a  weld  is  characterized  by  the  reduction  and  elimination  of  weld  defects  such  as  cracks,  undercut,  deformation,  porosity  [3]  in  addition  to  controlling the heat input which is a very strong determining factor needed  to  produce  a  reliable  weld  Shubhavardhan  et.  al.  [4]  One  of  the  fundamental  issues  facing  Engineers  in  the  manufacturing  sector  is  the  problem  of  choosing  the  most  suitable  combinations  of input process parameters to achieve the required optimum weld bead  quality  Springer  et.al.  [5]  It  is  a  well-known  fact  that  most  welders  mainly  focused  on  [6]  bead  geometry  and  aesthetics  of  the  weld  structure,  but  the  reduction  in  post  weld  cracks  which  determines  the  overall  quality  of  weldment  has  not  been  paid  much attention Navid et.al.[7] These problems can be solved with

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[phdizone]

Professional Ethics! Engineering Research What is Profession? A profession is a... https://phdizone.com/professional-ethics-engineering-research/?feed_id=48&_unique_id=5d89c2c7bc075/?uniq_id=5d89c2c7bc172 #engineeringresearch #phdresearch #phdresearchtopics

[laprogressive]

On Imagery, Progression, and Engineering - # #bridgebuilding #engineeringresearch #portlandcement #progressiveissues - https://ift.tt/1IHKjC3 https://ift.tt/2MYlzhd

[safetyrecalls]

Researchers Engineer E. coli Bacteria to Produce Images of Super Mario - Interesting Engineering

Interesting EngineeringResearchers Engineer E. coli Bacteria to Produce Images of Super MarioInteresting EngineeringA team of researchers, led by Christopher Voigt, from the Massachusetts Institute of Technology, has successfully engineered E Coli bacteria to emit colorful images. The team's intricate process is unprecedented and has numerous potential applications ...and more »

[naturalscientist]

Nuclear Power Plant Feed outs: A Quick Dive!  #sciencefather #nuclearpower #researcher 

Designing electrical feed outs for hard-core components in nuclear power plants ⚡🏭 is a critical task that demands the highest levels of precision, reliability, and safety. These feed outs serve as the lifeline for essential systems such as reactor control, emergency shutdown mechanisms, and cooling systems 🛠️❄️, which must remain operational under all circumstances—including extreme events like earthquakes, fires, or loss of power. Engineers must consider factors like radiation shielding ☢️, thermal insulation 🔥, and electromagnetic interference protection to ensure uninterrupted power delivery. Redundancy, physical separation, and rigorous testing are incorporated into the design to prevent single-point failures 🚫🔌. Materials selected for cabling and connectors are often resistant to radiation and heat, ensuring long-term durability and performance. Ultimately, the feed out design is not just a matter of engineering—it’s a cornerstone of nuclear safety and regulatory compliance 📋✅. 

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[shravya96]

E2E Networks & People+ai: Revolutionizing Cloud Compute in India#science...

E2E Networks and People+ai are joining forces to address India's booming demand for cloud computing resources. Discover how the Open Cloud Compute Project is revolutionizing the industry by democratizing cloud resources through decentralized microdata centers. This groundbreaking partnership ensures affordable AI access for startups, SMEs, educational institutions, and government entities, significantly boosting India's AI innovation landscape. Dive into the future of cloud computing and AI in this insightful video! #AIInnovation #E2ENetworks #PeoplePlusAI #OpenCloudCompute #TechForGood #DigitalIndia#ScienceFather#Researcher#YoungScientists#ScienceAwards#ResearchInnovation#STEM#EngineeringResearch #ScienceFatherAwards#YoungScientistAwards#ScienceFatherEvents ______________________________________________________________________________________________________

 International Young Scientist Awards 

 Website link: youngscientistawards.com 

 Nomination Link: https://youngscientistawards.com/award-nomination/?ecategory=Awards&rcategory=Awardee 

 Contact Us: support@youngscientistawards.com _________________________________________________________________________________________________________

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[yessesimbra]

O Técnico Solar Boat é um projeto universitário, constituído por estudantes do Instituto Superior Técnico, de diferentes áreas de engenharia, que trabalham no desenvolvimento de uma embarcação tripulada movida exclusivamente a energia solar. #yessesimbra #ist #engineeringresearch #opensource #ecosesimbra #visitsesimbra #solar (em Sesimbra) https://www.instagram.com/p/CE9vtPpnRX4/?igshid=1h3uyr38vpv51

[laprogressive]

On Imagery, Progression, and Engineering - # #bridgebuilding #engineeringresearch #portlandcement #progressiveissues - https://t.co/jzQfQS3qj9 https://t.co/MFF9eOdbDG https://t.co/GwexIHjU5R

On Imagery, Progression, and Engineering - # #bridgebuilding #engineeringresearch #portlandcement #progressiveissues - https://t.co/jzQfQS3qj9 https://t.co/MFF9eOdbDG pic.twitter.com/GwexIHjU5R

— Sharon Kyle (@SharonKyle00) July 8, 2018

via Twitter https://twitter.com/SharonKyle00 July 08, 2018 at 11:22AM