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Be one of the first 200 people to sign up to Brilliant using this link and get 20% off your annual subscription! 🤍 There are two main types of fluid flow - laminar flow, in which the fluid flows smoothly in layers, and turbulent flow, which is characterised by chaotic motion and large amounts of mixing. In this video we explore the differences between these two flow regimes. We'll cover how Reynolds number can be used to predict which flow regime will occur for a specific set of flow conditions. And we will look at laminar and turbulent flows in pipes, and how the flow regime affects the pressure drop in a pipe. We'll also investigate why it is so difficult to simulate turbulent flow, and we'll look at some of the different Computational Fluid Dynamics methods which can be used to simulate it. - If you would like to support the channel, please consider becoming a Patron - 🤍 This will allow me to create more high quality videos covering a range of engineering topics. - The Efficient Engineer is a channel aimed at mechanical and civil engineers. The mission is to simplify engineering concepts, one video at a time! Follow me on Twitter: 🤍
Subject - Fluid Mechanics Video Name - Introduction to Laminar Flow Chapter - Real Fluid Flow Faculty - Prof. Ninad Mahadeshwar Watch the video lecture on the Topic Introduction to Laminar Flow of Fluid Mechanics by Professor Ninad Mahadeshwar. Watch the Complete lecture on Engineering Academics with Ekeeda. Welcome to Ekeeda Academic Subscription, your one-stop solution for Engineering Academic preparation. We will cover the entire syllabus, strategy, updates, and notifications which will help you to crack the Engineering Academic exams. 👉 Download Ekeeda Application & 1000 StudyCoins. Redeem StudyCoins to Subscribe a Course or Free Trial of Package. ✤ Download the Ekeeda - Learning App for Engineering Courses App here: ➤ Android: 🤍 ➤ iOS: 🤍 Access the Complete Playlist of Subject Fluid Mechanics - 🤍 ✤ For More Such Classes Get Subscription Advantage: 👉 Fluid Mechanics (Mechanical Engineering): 🤍 👉 Mechanical Engineering: 🤍 👉Explore our Courses - 🤍 Like us on Facebook: 🤍 Follow us on Instagram: 🤍 Follow us on Twitter: 🤍 Follow us on LinkedIn: 🤍 Visit Our Website: 🤍 Subscribe to Ekeeda Channel to access more videos: 🤍 Happy Learning.
Click here if Laminar flow is awesome: 🤍 Get a total of $80 off (8 free HelloFresh meals in first month) go to 🤍 and enter "smarter80" ⇊ Click below for more links! ⇊ Tweet me Laminar flow pics:🤍 If you've ever seen flowing water look frozen like glass... that's Laminar flow ~~~~~~~~~~~~~~~~~~~~~~~~~~~~ GET SMARTER SECTION Personally, I find calculating Reynolds number to be quite difficult. It's done differently depending on what type of flow you have. A pipe is calculated different than an airplane wing etc. Some fluid dynamicists would tell you that it's an exact science. I personally feel that it's a bit subjective. The most difficult parameter to nail down in my humble opinion is the characteristic length. It's pretty easy for pipes, you just measure the diameter... but wings, plates, vortices...get complicated quickly. You'll notice in the video I refrained from saying anything like "Flow is laminar when Reynolds number is less than XXX" or "Flow is turbulent when Reynolds number is more than XXX". There are different schools of thought on this. Typically the transition between laminar flow and turbulent flow occurs somewhere between 2100 and 4000 (Reynolds number is unitless). Laminar Flow: 🤍 Reynolds Number: 🤍 Osborne Reynolds 🤍 Feeling froggy? Reynolds-averaged Navier-Stokes equations to solve on your lunch break: 🤍 Other Fluid Dynamics videos on Smarter Every Day: Vortex Collision 🤍 Shockwave Schlieren: 🤍 The walking water mystery 🤍 ~~~~~~~~~~~~~~~~~~~~~ GET STUFF SECTION: (If I did this right these should be working Amazon affiliate links to purchase the stuff I like to use. When people purchase from these links it will support Smarter Every Day.) ❓Mystery Item (just for fun): 🤍 Things I use and like: 📷Camera I use : 🤍 Favorite Lens: 🤍 Wide-angle: 🤍 On-camera Mic: 🤍 Lav Mic: 🤍 Hot shoe mount for Lav Receiver: 🤍 My Tripod: 🤍 My Multi-tool: 🤍 Favorite SD Card: 🤍 💾How I get footage off my phone: 🤍 Travel Tripod: 🤍 My Backpack: 🤍 My Headlamp: 🤍 Favorite Bidet: 🤍 World Map: 🤍 Favorite Shoes: 🤍 Everyone needs a snatchblock: 🤍 🥽Goggle Up! : 🤍 Also, if you’re interested in a Smarter Every Day shirt etc. they’re really soft and you can get there here: 🤍 ~~~~~~~~~~~~~~~~~~~~~~~~~~ 🤍 I'm "ilikerockets" on Snapchat. Snap Code: 🤍 Smarter Every Day on Facebook 🤍 Smarter Every Day on Patreon 🤍 Smarter Every Day On Instagram 🤍 Smarter Every Day SubReddit 🤍 Ambiance and musicy things by: Gordon McGladdery did the outro music the video. 🤍 The thought is it my efforts making videos will help educate the world as a whole, and one day generate enough revenue to pay for my kids college education. Until then if you appreciate what you've learned in this video and the effort that went in to it, please SHARE THE VIDEO! If you REALLY liked it, supporting Smarter Every Day on Patreon is the most turbo-awesome way to help. 🤍 Warm Regards, Destin
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online: 🤍
Subject - Fluid Mechanics 1 Video Name - Laminar Flow - Problem 1 Chapter - Real Fluid Flows Faculty - Prof. Ninad Maheshwar Upskill and get Placements with Ekeeda Career Tracks Data Science - 🤍 Software Development Engineer - 🤍 Embedded & IoT Engineer - 🤍 Get FREE Trial for GATE 2023 Exam with Ekeeda GATE - 20000+ Lectures & Notes, strategy, updates, and notifications which will help you to crack your GATE exam. 🤍 Coupon Code - EKGATE Get Free Notes of All Engineering Subjects & Technology 🤍 Access the Complete Playlist of Fluid Mechanics - 1 - 🤍 Social Links: 🤍 🤍 Happy Learning! #whatisrealfluidflows #fluidmechanics
Video explaining Laminar Flow, Turbulent flow and Reynolds Number in a pipe.
#laminarflow #laminar_flow Laminar flow and Turbulent flow demonstration Telegram : 🤍
Everyone loves laminar flow but turbulent flow is the real MVP. A portion of this video was sponsored by Cottonelle. Purchase Cottonelle Flushable Wipes and try them for yourself: 🤍 Special thanks to: Prof. Beverley McKeon and team 🤍 Destin from Smarter Every Day 🤍 Nicole Sharp from FYFD 🤍 Pavol Dobryakov turbulent simulations: 🤍 I got into turbulent flow via chaos. The transition to turbulence sometimes involves a period doubling. Turbulence itself is chaotic motion, it is unpredictable and sensitively dependent on initial conditions. What surprised me is all the ways turbulent flow is useful to us. It is diffusive, meaning it causes mixing. This is useful in jet engines or rocket nozzles (which Destin studies) and is important to achieve in microfluidic devices, which are so small that turbulent flow is actually difficult to achieve. Turbulent flow can energize a boundary layer, which is important to maintain flow attachment over a wing, maintaining lift and delaying stall. Similarly a turbulent boundary layer over a golf ball reduces pressure drag allowing golf balls to fly further. This is the reason for the dimples on golf balls. Flow transitioning to turbulence in the wake of a bluff body can create periodic vortex shedding. This beautiful phenomenon can be seen in the von Kàrmàn vortex street in clouds viewed from space. Turbulence is everywhere, in the air currents in a room, in your aorta, in the breaths you exhale, in oil pipelines and water pipes, in the flow over cars and ships and planes. Animals have evolved for it (like dead fish swimming up stream) and we have engineered our environment, our planes and golf balls for it. Laminar flow may be nice to look at (which is why we use it in decorative fountains) but turbulent flow does the real lifting. Animations by: Jonny Hyman (Sun, Jupiter, Reynolds, airfoil, Earth time-lapse) Research and writing: AJ Fillo and Derek Muller. AJ also created the wind tunnel golf ball shots Filmed by: Daniel Bydlowski and Derek Muller Additional footage: Images of Jupiter courtesy of NASA Turbulence in air currents by the Physics Girl, Dan Walsh, and Grant Sanderson 🤍 🤍 Music: illBird "Shaffuru" 🤍 From EpidemicSound 🤍 "Seaweed" "Colorful Animation 4" Kevin MacLeod 🤍 "Sneaky Adventure"
Subject - Fluid Mechanics Video Name - Laminar Flow (Problems) Chapter - Real Fluid Flow Faculty - Prof. Ninad Mahadeshwar Watch the video lecture on the Topic Laminar Flow (Problems) of Subject Fluid Mechanics by Professor Ninad Mahadeshwar. Watch the Complete lecture on Engineering Academics with Ekeeda. Welcome to Ekeeda Academic Subscription, your one-stop solution for Engineering Academic preparation. We will cover the entire syllabus, strategy, updates, and notifications which will help you to crack the Engineering Academic exams. 👉 Download Ekeeda Application & 1000 StudyCoins. Redeem StudyCoins to Subscribe a Course or Free Trial of Package. ✤ Download the Ekeeda - Learning App for Engineering Courses App here: ➤ Android: 🤍 ➤ iOS: 🤍 Access the Complete Playlist of Subject Fluid Mechanics - 🤍 ✤ For More Such Classes Get Subscription Advantage: 👉 Fluid Mechanics (Mechanical Engineering): 🤍 👉 Mechanical Engineering: 🤍 👉Explore our Courses - 🤍 Like us on Facebook: 🤍 Follow us on Instagram: 🤍 Follow us on Twitter: 🤍 Follow us on LinkedIn: 🤍 Visit Our Website: 🤍 Subscribe to Ekeeda Channel to access more videos: 🤍 Happy Learning.
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This video shows the difference between laminar and turbulent flow. There are some main difference between these two types of flow, some of them are; Laminar flow is a regular and smooth flow while turbulent flow is irregular flow. Laminar flow usually occurs in small diameter and flow at low velocity whereas turbulent flow occurs in larger diameter and flow at high velocity. The reynold's number for laminar flow is less than 2000 while for turbulent flow it is always greater than 4000. For more details please watch full video. Turbulent flow laminar flow Flow types Hydraulic mechanics #Laminar_Turbulent_Flow
This video introduces and explains Stokes' Law for laminar flow for A Level Physics. Stokes' Law applied to the motion of falling objects through fluids - providing a number of conditions are met: the velocity is relatively low, there is laminar flow and the object is a sphere. I look at the equation for Stokes' Law (the Navier Stokes equation) and also how the terminal velocity of a falling object is related to a number of factors - including the viscosity, radius of the sphere and density of the sphere and the fluid it is falling through. The experiment you see me doing can be used to find the coefficient of viscosity of a fluid. This is an important experiment in fluid dynamics and demonstrates the relationship between viscosity and fluid flow. Thanks for watching, Lewis This video is recommended for anyone studying A Level Physics in the following exam boards: AQA CIE Edexcel Edexcel IAL Eduqas IB OCR A OCR B WJEC _ MY PHYSICS WEBSITES Find even more videos organised by exam board and topic at: GCSE Physics Online ► 🤍 A Level Physics Online ► 🤍 MY YOUTUBE CHANNEL Your support in watching this video has been invaluable! To contribute towards the free videos on YouTube, make a small donation at: ► 🤍 FOLLOW ME ► 🤍 ► 🤍 ► 🤍 #physicsonline
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0:00:10 - Introduction to viscous flow in pipes 0:01:05 - Reynolds number 0:12:25 - Comparing laminar and turbulent flows in pipes 0:17:19 - Entrance region in pipes, developing and fully-developed flows 0:21:37 - Example: Reynolds number, entrance region in pipes 0:32:21 - Disturbing a fully-developed flow 0:39:41 - Velocity profile of fully-developed laminar flow, Poiseuille's law Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online: 🤍 This lecture series was recorded live at Cal Poly Pomona during Fall 2014. The textbook is Munson et al., "Fundamentals of Fluid Mechanics (7th edition)."
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Video for lab project -Team 4 Bluff body external flow Compilation of multiple flow attempts MEC2404
MEC516/BME516 Fluid Mechanics, Chapter 4 Differential Relations for Fluid Flow, Part 5: Two exact solutions to the incompressible continuity and Navier-Stokes equations. One solution is for laminar steady flow between fixed parallel plates, where the flow is driven by a pressure gradient (Poiseuille Flow). The other solution is for laminar steady flow between parallel plates where the flow is driven only by the motion of the upper plate (Couette Flow). All of the videos in this Introductory Fluid Mechanics course, sample exams (with solutions), and a copy (pdf) of this presentation can be downloaded at: 🤍 Course Textbook: F.M. White and H. Xue, Fluid Mechanics, 9th Edition, McGraw-Hill, New York, 2021. #fluidmechanics #fluiddynamics
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Subject - Fluid Mechanics 1 Video Name - Laminar Flow and Turbulent Flow Chapter - Fluid Kinematics Faculty - Prof. Ninad Mahadeshwar Upskill and get Placements with Ekeeda Career Tracks Data Science - 🤍 Software Development Engineer - 🤍 Embedded & IoT Engineer - 🤍 Get FREE Trial for GATE 2023 Exam with Ekeeda GATE - 20000+ Lectures & Notes, strategy, updates, and notifications which will help you to crack your GATE exam. 🤍 Coupon Code - EKGATE Get Free Notes of All Engineering Subjects & Technology 🤍 Access the Complete Playlist of Fluid Mechanics - 1 - 🤍 Social Links: 🤍 🤍 Happy Learning! #whatisfluidkinematics #fluidmechanics
In this video we will be discussing the Reynolds number. The Reynolds number is a dimensionless quantity to help determine if a fluid flow will be.. Laminar flow or orderly flow, This is depicted at the bottom right as multiple layers of fluid that are all going parallel and in the same direction right ward. Turbulent flow or chaotic flow, This is depicted at the top right as flow that is going chaotically in all direction but in general is going right ward or transient which is a mixture of both laminar and turbulent flows. The equation for the Reynolds number is inertial force of the fluid divided by the viscous force of the fluid. This is essentially a formula that compares the inertial force or force that keeps the fluid moving to the viscous force or internal resistance for the fluid to flow which allows us to compare to tested amounts to determine if the Reynolds number is laminar transient or turbulent. If the Reynolds number is below 2,300 it is laminar if the Reynolds number is between 2,300 to 4,000 it is transient if the Reynolds number is 4,000 or above it is turbulent. So a rule of thumb is that if the Reynolds number is smaller the flow will be more laminar and if the Reynolds number is larger the flow will be more turbulent Breaking down the Reynolds number equation further it is the density or mass of fluid divided by volume of the fluid in kilograms per metercubed multiplied times the.. Velocity of the fluid relative to the object the fluid is moving through in meters per second multiplied times The length or characteristic dimension which is a dependent on the convention for your particular application, for pipes many times radius or diameter of the pipe is used. For aircraft or ships sometimes length or width is used. For non circular object the equivalent diameter may be used. This all is divided by The dynamic viscosity of the fluid which is the internal resistance of a fluid to flow. It is equal to the kinematic viscosity of the fluid times the density of the fluid. Being that density is in both the numerator and denominator of the formula it can be canceled out. We are left with velocity times length divided by kinematic viscosity being equal to the Reynolds number. Incase you were wondering kinematic viscosity is equal to the dynamic viscosity divided by the fluid density. Looking at this equation we notice that if 1 or more of the values in the numerator (velocity or characteristic linear dimension) increase then the flow will drift closer to being turbulent. There will be a higher Reynolds number. So if the inertial force increases meaning there is more energy in the fluid. it is more likely the fluid will be chaotic and turbulent. Generally if there is a larger area or higher velocity this will cause more energy to be in the fluid at a given cross sectional point. If 1 or more the the values in the numerator decrease then the Reynolds number will decrease and the flow will go towards being more laminar. If the inertial force decreases then there will be less energy in the fluid. it is more likely the fluid will be orderly and laminar. Generally if there is a smaller area or smaller velocity this will cause less energy to be in the fluid at a given cross sectional point Now if the values in the denominator (dynamic viscosity or the kinematic viscosity) increase then the Reynolds number will decrease which will results in a flow that is more towards laminar flow. If the viscous force is greater meaning there is more resistance for the molecules within the fluid to move it is more likely that the molecules will remain in a straight path and the fluid flow will be laminar. If the dynamic viscosity or kinematic viscosity decrease then the Reynolds number will increase and the flow will go more towards the turbulent side. If the viscous force is less then it is easier for the fluid molecules to change path within the fluid as a result the fluid will be more turbulent Disclaimer These videos are intended for educational purposes only (students trying to pass a class) If you design or build something based off of these videos you do so at your own risk. I am not a professional engineer and this should not be considered engineering advice. Consult an engineer if you feel you may put someone at risk.
Title: Laminar flow Hey there, cosmic enthusiasts! 🌌 Get ready to embark on an interstellar journey as we dive into one of the most fascinating astronomical events ever captured by humanity. Join astroverse as I take you through a mesmerizing visual experience showcasing stunning images and mind-blowing facts about this celestial phenomenon. uncovering its origins and understanding why it holds such immense scientific ignificance. #laminarflow #water #sciencefacts #science
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Interesting video showing Laminar Flow and demonstrating fluid flowing in layers. Very cool! Filmed at the University of New Mexico - Physics Department. This apparatus was developed by John DeMoss and Kevin Cahill of the Department of Physics & Astronomy. Interested in having your own demo unit? Please see: 🤍
0:00:10 - Revisiting velocity profile of fully-developed laminar flows, Poiseuille's law. 0:03:07 - Head loss of fully-developed laminar flows in straight pipes, Darcy friction factor 0:08:30 - Major and minor losses in the conservation of energy equation 0:11:53 - Example: Pressure drop in horizontal straight pipe with fully-developed laminar flow 0:18:24 - Friction factor for fully-developed turbulent flows in straight pipes, Moody diagram 0:41:20 - Friction factor for fully-developed turbulent flows in straight pipes, Haaland equation 0:46:02 - Use of Moody diagram for different pipe materials, fluids, flowrates, and other parameters Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online: 🤍 This lecture series was recorded live at Cal Poly Pomona during Fall 2014. The textbook is Munson et al., "Fundamentals of Fluid Mechanics (7th edition)."
For all Courses Download Our App : 🤍 This Lecture includes quick revision of Fluid properties and important concepts like . Prssure, Buoyancy and Flotation. This revision specially designed for all objective exams specially SSC JE which helps each and every student to maintain their subject knowledge and increase their accuracy . - All Youtube Live Classes Timing: Sure Short Revision for SSC JE and all Exams - 7 : 00 AM SSC JE All Books Practice Session - 1:00 PM IES Objective Session - 9:00 PM All Youtube Sessions Free Pdfs : 🤍 For All Paid Courses : Registered Yourself at 🤍 SSC JE Full Course : 🤍 Thermal Engineering : 🤍 Design Engineering : 🤍 Production Engg. :🤍 Membership link : 🤍 TELEGRAM LINK : MAKE IT EASY WITH MECHANICAL ENGINEERING FACEBOOK LINK : 🤍 INSTAGRAM HANDLE: RAHUL KOTHIYAL WHATSAPP: 8126398828 MAIL ID : mechanicalmailddn🤍gmail.com
In this session Gaurav Babu has covered the topic "Laminar Flow Though Pipe" from Complete Fluid Mechanics. Gaurav Babu's Profile Link - 🤍 tinyurl.com/gauravbabu Join the Gaurav Sir's Telegram:🤍 Special Classes 🤍 🤍 Just GATE Mechanical brings you to an amazing session around the topic Elastic Constant & Thermal Stress, Gaurav Sir will touch upon one of GATE's,ESE, and PSUs most important aspects and basic topics. ➤GATE & ESE Goal Subscription Page :- 🤍 ➤ GATE & ESE Goal Special Class Page:- 🤍 ➤GATE & ESE Goal Combat Page :- 🤍 Start date: 25 Aug 2021 Target ESE Prelims 2022 (General Studies) - Batch A: 🤍 Accelerate for GATE 2022 (Mechanical) - Batch F: 🤍 Aarohan for GATE & ESE 2023 (Mechanical) - Batch I: 🤍 Mission DDR (Mechanical) - Rank Improvement Batch B : 🤍 Subscribe to join the revolution : Follow us on Telegram: 🤍 Give us Your Feedback: 🤍 Subscribe today: 🤍 Join our Special Class: 🤍 Register for Combat: 🤍 📝 Playlist Link : 🤍 Watch the full playlist: 🤍 Fluid Mechanics: 🤍 GAME Series: 🤍 ✏️ Unacademy Studios Feedback Form: 🤍 ✏️ Bugs Bounty Program Submission Form: 🤍 Gaurav Babu's Profile Link - 🤍 Gaurav Sir's FB page - 🤍 Gaurav Babu and more top educators are teaching live on Unacademy. Use Special Code “GPSLIVE” to get 10% off on your Unacademy Subscription. Subscribe today: 🤍 Download the Unacademy Learning App here: Android: 🤍 iOS: 🤍 Bugs Bounty Program Submission Form: 🤍 Do Subscribe and be a part of the community for more such lessons here: 🤍 Unacademy Subscription Benefits: 1. Learn from your favourite teacher 2. Dedicated DOUBT sessions 3. One Subscription, Unlimited Access 4. Real-time interaction with Teachers 5. You can ask doubts in live class 6. Limited students 7. Download the videos & watch offline #GauravBabuSir #Laminar_Flow #GATE_2022 #Fluid_Mechanics
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Subject - Fluid Mechanics 2 Video Name - Energy Correction Factor Chapter - Laminar Flow Faculty - Prof. Lalit Kumar Upskill and get Placements with Ekeeda Career Tracks Data Science - 🤍 Software Development Engineer - 🤍 Embedded & IoT Engineer - 🤍 Get FREE Trial for GATE 2023 Exam with Ekeeda GATE - 20000+ Lectures & Notes, strategy, updates, and notifications which will help you to crack your GATE exam. 🤍 Coupon Code - EKGATE Get Free Notes of All Engineering Subjects & Technology 🤍 Access the Complete Playlist of Subject Fluid Mechanics 2 - 🤍 Social Links: 🤍 🤍 Happy Learning! #energycorrectionfactor #laminarflow #fluidmechanics2
Watch the extended version of this video (and other bonus videos not on YouTube) on Nebula! 🤍 Bernoulli's equation is a simple but incredibly important equation in physics and engineering that can help us understand a lot about the flow of fluids in the world around us. It essentially describes the relationship between the pressure, velocity and elevation of a flowing fluid. In this video we'll look at how the equation can be used, and we'll explore a range of different applications.
This video discussed in details about the major differences between Laminar Flow (Streamline Flow) and Turbulent Flow which is an important topic in Fluid Mechanics. Subscribe to 🤍AcademicGainTutorials for more Updated Videos!
Subject - Fluid Mechanics 2 Video Name - Momentum Correction Factor Chapter - Laminar Flow Faculty - Prof. Lalit Kumar Upskill and get Placements with Ekeeda Career Tracks Data Science - 🤍 Software Development Engineer - 🤍 Embedded & IoT Engineer - 🤍 Get FREE Trial for GATE 2023 Exam with Ekeeda GATE - 20000+ Lectures & Notes, strategy, updates, and notifications which will help you to crack your GATE exam. 🤍 Coupon Code - EKGATE Get Free Notes of All Engineering Subjects & Technology 🤍 Access the Complete Playlist of Subject Fluid Mechanics 2 - 🤍 Social Links: 🤍 🤍 Happy Learning! #momentumcorrectionfactor #laminarflow #fluidmechanics2
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In this video, we will cover Fluid Mechanics - 04, which is all about laminar and turbulent flow in civil and mechanical engineering. If you're preparing for the SSC JE exam in 2023, this crash course is perfect for you. We will discuss the basics of laminar and turbulent flow, including their definitions, characteristics, and differences. We will also cover the Reynolds number, which is used to determine whether a flow is laminar or turbulent, and the different types of flow regimes. Our crash course is designed to be concise and informative, so you can learn everything you need to know about laminar and turbulent flow in just one video. Whether you're a civil or mechanical engineering student, this video will help you prepare for the SSC JE exam. - 📕 𝐁𝐀𝐓𝐂𝐇/𝐂𝐎𝐔𝐑𝐒𝐄 𝐋𝐈𝐍𝐊𝐒 - ▶ Ashoka Batch D - AE/JE Civil: 🤍 ▶ Ashoka Batch D - Mechanical: 🤍 ▶ Ashoka Batch D - Electrical: 🤍 ▶ Abhay Batch - AE/JE Civil: 🤍 ▶ Abhay Batch - AE/JE Mechanical: 🤍 ▶ Abhay Batch - AE/JE Electrical: 🤍 - 📲 PW App/Website: 🤍 📚 PW Store: Link: 🤍 - 📚𝐉𝐨𝐢𝐧 𝐒𝐒𝐂 𝐉𝐄 𝟐𝟎𝟐𝟑 𝐅𝐫𝐞𝐞 𝐂𝐫𝐚𝐬𝐡 𝐂𝐨𝐮𝐫𝐬𝐞 SSC JE Mechanical Free Crash Course: 🤍 SSC JE Civil Free Crash Course: 🤍 SSC JE Electrical Free Crash Course: 🤍 - 🔗 𝐑𝐄𝐂𝐎𝐌𝐌𝐄𝐍𝐃𝐄𝐃 𝐏𝐋𝐀𝐘𝐋𝐈𝐒𝐓 - ▶ SSC JE Civil Engineering Preparation: 🤍 ▶ SSC JE Reasoning Preparation: 🤍 ▶ SSC JE Mechanical Engineering Preparation: 🤍 - 📌 𝐁𝐀𝐓𝐂𝐇 𝐃𝐄𝐓𝐀𝐈𝐋𝐒 - - A Detailed and Comprehensive Course designed for AE & JE Aspirants. - Live Lectures by the highly qualified and experienced faculties of India. - Lectures will be delivered in the Hinglish Language. - PDF Notes - DPP PDFs with video solutions - Weekly Tests - Subject Wise Tests - Full-Length Mock Tests - 📌 𝐄𝐍𝐆𝐈𝐍𝐄𝐄𝐑𝐒 𝐖𝐀𝐋𝐋𝐀𝐇 𝐒𝐎𝐂𝐈𝐀𝐋 𝐌𝐄𝐃𝐈𝐀 - 🌐 Telegram: 🤍 🌐 Instagram: 🤍 - 📌 𝐑𝐄𝐂𝐎𝐌𝐌𝐄𝐍𝐃𝐄𝐃 𝐂𝐇𝐀𝐍𝐍𝐄𝐋𝐒 𝐅𝐎𝐑 𝐘𝐎𝐔 - 🌐 Physics Wallah - Alakh Pandey: 🤍 🌐 GATE Wallah: 🤍 🌐 GATE Wallah - EC, EE & CS: 🤍 🌐 GATE Wallah - ME, CE & XE: 🤍 🌐 GATE Wallah (English): 🤍 🌐 College Wallah: 🤍 🌐 SSC Wallah: 🤍 🌐 UPPSC Wallah: 🤍 🌐 Bihar Exams Wallah: 🤍 🌐 UP Exams Wallah: 🤍 - 📌 𝐏𝐇𝐘𝐒𝐈𝐂𝐒 𝐖𝐀𝐋𝐋𝐀𝐇 𝐒𝐎𝐂𝐈𝐀𝐋 𝐌𝐄𝐃𝐈𝐀 - 🌐 Telegram: 🤍 🌐 Instagram: 🤍 🌐 Facebook: 🤍 🌐 Twitter: 🤍 🌐 LinkedIn: 🤍 🌐 Quora: 🤍 - 📌 For any Queries or Complaints visit: 🤍 OR give a Missed Call on 07019-243-492 - #SSCJE2023 #SSCJECrashCourse #FluidMechanics #LaminarFlow #TurbulentFlow #CivilEngineering #MechanicalEngineering #SSCJECivil #SSCJEMechanical
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