Dam forming

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How to build a dam


Dear techies, in our ‘Dams 101’ video today, we will discuss how dams are made. As you know, these colossal structures aid in the storage of water, the control of flooding, and the generation of energy. But what does it truly take to build them? To get the latest science and technology news, subscribe to our newsletter "The Blueprint" at 🤍 Find out more information at 🤍 #engineering

Dam Construction Animated


Vidio Animasi Metode Konstruksi Bendungan . Dukung Terus Channel ini supaya terus berkembang dengan cara share , like dan klik subscribe . Terima kasih . official music from : 🤍

Mini Dam Construction With Six Gates Water Discharge


#MiniConstruction #ScienceProject #construction #dam #Mini #Hydroelectric Great, thank you all for watching my video. Please click subscribe to the channel . Thanks

Look What Happens When a Huge Dam Is Opened!


PRIVATE DIARY ► 🤍 Nature is an amazing force that has been maintaining order and harmony on our planet for millions of years. Even the most insignificant element of nature has its meaning and purpose. Take, for example, rivers: they cross all existing continents and help people survive since prehistoric times. Rivers are a source of drinking water and food. Without them, it would be impossible to irrigate the land and carry people and goods from one settlement to another. Nevertheless, in order to live safely near deep rivers, we have to make certain interventions. For example, since ancient times, people were building dams on the waterways to adjust the flow of water. Today, we will tell you how the dams work and show you the terrifying consequences caused by mistakes in their design. 🤍

How a dam generates electricity


Have you ever seen a dam in real life? Those huge structures are not only vital for our water needs in dry seasons but are also quite helpful in providing extra energy. By repurposing rivers and lakes, they reimagine vast ecosystems. They supply millions of homes around the globe with electricity, but how do these structures provide an alternative power source to humanity? The short answer is by generating electricity from water. Acquiring dam power is simple in principle. Using the water’s kinetic energy and converting it into electricity is not something new and people have been benefiting from it since the first civilizations. They do this by using gravity to their advantage. However, producing the amount of energy in today’s scale is not an easy task for sure. It is easier said than done. Therefore, it takes quite a number of professionals and engineers to build an electric generating dam. Thanks to the high efficiency of this conversion, hydroelectric dams are still one of the most convenient and preferred ways for alternative energy sources. Composing of four different parts, these magnificent engineering wonders have been providing us with energy while also helping the environment. Dam energy has been used for quite a while, and the reason is clear. If you also find these structures interesting and want to know more about how they function, we highly recommend you watch this video. You will be surprised how much you can learn about how dams are capable of converting the water-energy into electricity. To get the latest science and technology news, subscribe to our newsletter “The Blueprint” at 🤍 Find out more information at 🤍 #engineering

Dam Construction Film - 3D Animation by Graffiti Design & Advertising


Dam Construction 3D Animation Film Duration - 8 Min 20 Sec Created by Graffiti Design & Advertising, INDIA

Blood, concrete, and dynamite: Building the Hoover Dam - Alex Gendler


Dig into the engineering of the Hoover Dam, a concrete arch-gravity dam on the Colorado River that supplies water to the US southwest. In the early 20th century, the US had expanded from coast to coast, but many cities in the southwest still lacked reliable water sources. The Colorado River's erratic flow and frequent floods made it unreliable for agriculture, and the region’s growing cities needed more energy. So the government decided to build a massive hydroelectric dam. Alex Gendler details the creation of the Hoover Dam. Lesson by Alex Gendler, directed by Jovan Rakic, Artrake Studio. Support Our Non-Profit Mission Support us on Patreon: 🤍 Check out our merch: 🤍 Connect With Us Sign up for our newsletter: 🤍 Follow us on Facebook: 🤍 Find us on Twitter: 🤍 Peep us on Instagram: 🤍 Keep Learning View full lesson: 🤍 Dig deeper with additional resources: 🤍 Animator's website: 🤍 Thank you so much to our patrons for your support! Without you this video would not be possible! Aravind Battaje, Steven Razey, Nathan Giusti, Helen Lee, Anthony Arcis Benedict, Karthik Balsubramanian, John Hong, Annastasshia Ames, Sean, Amy Lopez, Vinh-Thuy Nguyen, Liz Candee, Ugur Doga Sezgin, Anthony Arcis, Karmi Nguyen, John C. Vesey, Yelena Baykova, Harshita Jagdish Sahijwani, Nick Johnson, Carlos H. Costa, Robert Patrick, Jennifer Kurkoski, Ryan B Harvey, Abhishek Bansal, Akinola Emmanuel, Jose Arcadio Valdes Franco, Sebastiaan Vleugels, JY Kang, Abhishek Goel, Heidi Stolt, Christina Salvatore, Karlee Finch, Michael Goldberg, Denise A Pitts, Doug Henry, Keven Webb, Mihai Sandu, Deepak Iyer, Javid Gozalov, Kyanta Yap, Rebecca Reineke, William Biersdorf, Patricia Alves Panagides, Yvette Mocete, Cyrus Garay, Samuel Barbas, Brighteagle, LadyGeek, Curtis Light and Dianne Palomar.

Building the Hoover Dam


The incredible construction story behind the Hoover Dam - a 1930s infrastructure project that now provides water and electricity to millions across the south western United States. For more by The B1M subscribe now: 🤍 The B1M Merch store - 🤍 Read the full story on this video, including images and useful links, here: 🤍 Narrated by Fred Mills. Images courtesy of the United States National Archives and Records Administration, Los Angeles Times Photographic Department, Lee W.T. and United State Geological Survey, W.A Davis and the United States National Park Service, University of Nevada Las Vegas Archives, Bureau of Reclamation, the United States Department of the Interior, USC Libraries, California Historical Society Collection and the United States National Archive. View this video and more at 🤍 Follow us on Twitter - 🤍 Like us on Facebook - 🤍 Follow us on LinkedIn - 🤍 B1M pictures on - 🤍 We welcome you sharing our content to inspire others, but please be nice and play by our rules: 🤍 Our content may only be embedded onto third party websites by arrangement. We have established partnerships with domains to share our content and help it reach a wider audience. If you are interested in partnering with us please contact Enquiries🤍TheB1M.com. Ripping and/or editing this video is illegal and will result in legal action. © 2018 The B1M Limited

How Do Beavers Build a Dam | SLICE


Beavers build dams that are designed to endure bad weather and high waters using logs, branches and stones. Impoundments are crucial for the species as they provide ponds as protection against predators. This advantageous skill is passed on from generation to generation and the beavers of the wet grassland of Wyoming are certainly no exception to the rule. Extract from the documentary: "Animal Builders" Direction: Lucas Allain Production: ZED, France Télévisions, Ushuaïa TV & CuriosityStream SLICE wants to fill up your curiosity! Accessible to anyone from anywhere at any time, this channel is your weekly dose of short docs about curious facts, discoveries, astounding info, unusual stories, weird, fun and instructive. Be smart, have a slice! Subscribe now ►►► 🤍 Follow us 👇 Facebook: 🤍 Instagram: 🤍

Construction A Model Of Hoover Mini Hydroelectric Dam


#miniconstruction #mrconstruction #hydroelectric #hooverdam " The Hoover Dam, formerly known as the Boulder Dam, is a concrete arch gravity dam in the Black Canyon of the Colorado River, on the border between the US states of Arizona and Nevada. It was built between 1931 and 1936 during the Great Depression. The stamping construction was the result of an enormous effort that involved thousands of workers, and took over 100 lives. The dam was officially named Hoover Dam after a 1947 Congressional resolution. However, this dam is believed to have severely affected the ecosystem in the lower Colorado River area, causing the Colorado River Delta to dry out and shrink significantly. The Colorado River is vast with a length of 2,333 km, providing water for irrigation for 1/12 of the US land. The river begins at the headwaters of the upper Rocheuses mountain range toward the southwest, crosses the Colorado River, Utah and flows through a large ravine, flows into the state of New Mexico before emptying into the Gulf of California, forming the border river between Arizona and Nevada. , Arizona and California. The Colorado River is a "fierce" river. In 1905, it suddenly changed course completely, forming Lake Sorton, 77 square kilometers, threatening to sink the California Inpiril River bed. To control and improve watering conditions, and use it for electricity generation, the authorities decided to build a large dam in the section of the river bordering Arizona and Nevada. In 1928, Congress issued money, and construction began in 1931. President at that time Herbert Hoover was very interested in this project, decided to name it Hoover Dam. Construction was completed in 1936, but President Roosevelt called it Boulder Dam. This name was used until 1947, after which the parliament restored the old name. To build this dam, people had to excavate 8.2 million tons of lava, with the same amount of steel used to build the Empire State Building. The base of the dam is 201 m thick, 221 m high, close to the height of a 70-storey building. Leaning close to the north of the dam has become Lake Mead, one of the largest man-made water reservoirs in the world, with an irregular sawtooth shape, 177 km long, the lake shoreline is 1,323 km long. To the north of Lake Mead is a 14,165-hectare red sandstone national park. The sandstone here is gradually turning from red like fire to light purple. Rain and wind erosion, sandstone carved into round parasols, honeycombs and unique strange shapes, like the head and trunk of a great elephant. About 4,000 people were involved in the construction of the Hoover Dam. Hoover is located in the town of Borde, a lovely, pleasant village, with all the features of both city and country. " If you like the video, please like, share, comment and subscribe to my channel to support me Thanks for watching!

What you should be doing to prevent ice dams forming on your roof


Ice dams can form at the edge of your roof and prevent melting snow from draining properly. We explain how you can clear your roof of snow and prevent water damage. »»» Subscribe to CBC News to watch more videos: 🤍 Connect with CBC News Online: For breaking news, video, audio and in-depth coverage: 🤍 Find CBC News on Facebook: 🤍 Follow CBC News on Twitter: 🤍 For breaking news on Twitter: 🤍 Follow CBC News on Instagram: 🤍 Download the CBC News app for iOS: 🤍 Download the CBC News app for Android: 🤍 »»»»»»»»»»»»»»»»»» For more than 75 years, CBC News has been the source Canadians turn to, to keep them informed about their communities, their country and their world. Through regional and national programming on multiple platforms, including CBC Television, CBC News Network, CBC Radio, CBCNews.ca, mobile and on-demand, CBC News and its internationally recognized team of award-winning journalists deliver the breaking stories, the issues, the analyses and the personalities that matter to Canadians.

Anatomy of a Landslide Dam


Landslide dams are a cascading hazard. Landslides themselves can impact people and property, but when their debris blocks streams and rivers, the dams and impounded reservoirs they form can pose a secondary hazard to people and infrastructure downstream, when they fail and release water and debris. Last year the Kaiwhata landslide, located east of Wellington in the Wairarapa, created a dam and reservoir. Soon after its formation, the dam breached and the reservoir emptied, which sent a flood wave downstream inundating the area with water and debris. Last month the landslide reactivated following a heavy rain event, and formed a new landslide dam and impounded reservoir, which is still present (as at December 2020).

Opening a dam gate after years of it being closed #amazing


🤍Life With Evan is my channel! Here are all my Links! 🤍 or solo.to/evanwilliamson94

What's inside The Hoover Dam?


Going DEEP into a World Wonder of Engineering. INCREDIBLE! See Underneath the Lincoln Memorial: 🤍 Where else should we go in a National Park? Let us know! Also let your senators know that they should continue to support the parks through funding the backlog of Maintenance. Thanks to the Department of the Interior for giving us this amazing opportunity, it truly was amazing to see this incredible structure that was built in 1930's. Follow us on socials 🤍whatsinside We have NEW MERCH! 🤍 FOLLOW our Amazon Live Storefront to buy the product we use and SEE US LIVE! 🤍

The Real Reason Glen Canyon Dam Was Built


The Glen Canyon Dam, much like Hetch Hetchy, is an extremely contentious and controversial project. There’s a growing movement in support of the Glen Canyon Dam Removal altogether. With the specter of climate change looming, those calls may grow louder. But whether or not you agree with that decision, there’s a lot to be learned from the history of the dam’s construction. Glen Canyon before Lake Powell was a veritable sandstone cathedral. As it wound its way through Southern Utah, Glen Canyon’s numerous side canyons, nooks, and crannies were home to countless plants and animals, as well as the priceless artifacts of Ancestral Puebloans. But after the Glen Canyon dam construction, this area was flooded under Lake Powell, becoming part of the Glen Canyon National Recreation Area. These two states, Glen Canyon with the dam and Glen Canyon without it, lie at the heart of the controversy surrounding it. A controversy that asks difficult questions about the role we expect natural places to play in our lives. This video helps you understand these issues and the circumstances which led to them. You can check out my video on Hetch Hetchy here: 🤍 Also, Special thanks to 🤍Our Weird America for some of the footage used in this episode! National Park Diaries is now on PATREON. You can support the channel here: 🤍



Big Zorby gets a 165m backspin adventure off Luzzone Dam, Ticino, Switzerland. SUBSCRIBE ➤ 🤍 BUY NEW MERCH ➤ 🤍 SOCIALS Instagram ➤ (🤍HowRidiculous): 🤍 Facebook ➤ 🤍 Twitter ➤ (🤍howridiculous): 🤍 A huge thank you to Ticino Tourism for helping to make this happen! You've gotta go and see this place for yourself, it's amazing! For more info check out 🤍 What's the 44 Club you may ask? Well it all started in the outro of this video 🤍 where we wondered if anyone was still watching the video at that point, and to comment 44 (Scott's fave number) if they were. Brett then said 44 Club get on board and the rest is history. The 44Club is the official How Ridiculous fan club made up of people who love our videos and watch them right to the very end. We've even got 44 Club merch now! So yeh, that's the story. Pretty random but good fun at the same time. We are passionate about seeing children released from poverty and we would love you to consider sponsoring a child with Compassion. We visited our sponsor children in the Philippines and were blown away by the difference that child sponsorship can make. To find out more about sponsoring a child right now, check out: 🤍 Music by Chillhop: 🤍 Pandrezz - Takin' You For A Ride (🤍 Remulak - Wonder (🤍 Birocratic - Shakedown (🤍 For fan mail or other items please send to: How Ridiculous PO Box 7045 Karawara WA 6152 Australia For Business or Media Inquiries: management🤍howridiculous.org For Licensing Inquiries: licenses🤍howridiculous.org For online use, you may embed this YouTube video - for usage in other players please contact us for permission. © Copyright 2018 How Ridiculous

Dam formwork


Doka Dam Formwork. Economical. Safe. and Versatile

This Dam Makes Enough FREE Energy To Run A City


Hydroelectric Dams are vast and enormously complex pieces of infrastructure. However, the way they create renewable energy is comparatively simple! Take something high up to give it potential energy. Drop it a certain height to convert that potential energy into movement or kinetic energy. Use that kinetic energy to turn a turbine to generate electricity. And do all of that in the most efficient way possible. Bingo! Tucked away in the Mountain Resort of Revelstoke, a few hundred kilometres East of Vancouver is BC Hydro's enormous 2.8 Gigawatt dam, which first opened in 1984. Robert stepped inside the concrete behemoth to see if Hydropower really is as simple as it sounds..! 0:00 7.8 MILLION Homes 0:45 Welcome to Revelstoke, Canada! 2:39 Boggles the mind! 3:18 Simple in theory 4:00 Extracting Power from the Penstocks 6:20 Big Snow, Big Storage 7:20 MASSIVE Hydraulics 8:12 Very VERY Loud 10:00 What's the impact? 10:44 Canada's First Nations 11:24 The Powerhouse 12:45 100 years old 13:20 The Generator! 13:56 What's next?! 14:58 500,000 Volts! 16:40 3% of Coal 17:05 Concluding thoughts Visit our LIVE exhibitions in Australia, UK, USA, Canada & Europe: 🤍 Become a Patreon: 🤍 Become a YouTube member: use JOIN button above Subscribe to Fully Charged & the Fully Charged PLUS channels Subscribe for episode alerts and the Fully Charged newsletter: 🤍 Visit: 🤍 Find us on Twitter: 🤍 Follow us on Instagram: 🤍 #CleanEnergy #renewableenergy #ElectricVehicles #EVs #hydropower #canada #vancouver #britishcolumbia #turbine #generator #renewables #engineering #physics #sustainability



In 2011 September, Duero Basin Authority develops La Gotera Dam Removal Project, up to a dam allocated in Bernesga River (León, Spain). This intervention is part of the Spanish National Strategy of River Restoration, whose objective is recovering channel continuity in a significant reach of this emblematic river flowing through the Alto Bernesga Biosphere Reserve of the Man and Biosphere Programme. Documentary covers previous operations on the area affected, subsequent removal works and channel evolution through the ensuing months, when the river mobilized a 90 years amount of accumulated sediment. Further information: 🤍chduero.es restauracionderios🤍chduero.es



Video documentary on the planning, design and construction of the dam, bringing out the can-do spirit of the team and work culture as a source of inspiration to others.

🔥 Full Mini Dam Construction


How to build beautiful mini dam. In this video we build most beautiful water dam into ground. This mini dam construction is like primitive build. Enjoy full step by step concrete construction of miniature dam ,bridge , beautiful Swimming pool , Underground house. Tower Crain : 🤍 3D Printer : 🤍 Micro DC Motor : 🤍 ::: Note ::: You can not download and directly upload this video in Facebook , YouTube , Instagram or other social platform. We only give permission for embed video via URL in your website only. If any Viewer find our video at other social media platform then please inform us at avaghani123🤍gmail.com Music Credits : 1) Track: Timeless — Lahar [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 2) Track: Hawaiian Weekend — Igor Khainskyi [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 3) Track: Heaven — Declan DP [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 4) Track: The Perpetual Ticking of Time — Artificial.Music [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 6) Track: Moment — Amine Maxwell [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 7) Track: Good Life — JayJen & Roa [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 8) Lucky Day - Jingle Punks 🤍 9) Track: Tropical Love — Vendredi [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍 10) Track: Lovesight — DayFox [Audio Library Release] Music provided by Audio Library Plus Watch: 🤍 Free Download / Stream: 🤍

Earth Dam - Introduction, types and calculation of seepage through it


Chapter 61 - Earth Dam - Introduction, types and calculation of seepage through it A dam is a barrier that restricts the flow of water and can be used to collect the water. This water may be utilised for many purposes such as irrigation, human consumption, industrial use and hydro power generation. Dams can be created using different materials such as bricks, concrete, timber and earth that means soil. Different sites require different types of material for the construction of dam. Not all the sites are appropriate for the construction of all the types of dams but an earth dam can be designed to be constructed at almost any site. In earth dams the construction material is earth that is rocks and soil. The water that an earth dam holds on its one side flows from upstream through the voids present in the soil of the body of the dam to downstream by the action of hydraulic head difference. This phenomenon of flow of water, movement of water through the soil is called seepage. As the water flows through the soil it exerts a drag on the soil particles in the direction of its motion. If this exerted force is strong it may displace the soil particles in its way and particles may get carried away by the flowing water. This creates pipe like openings in the body of the dam through which water can flow rapidly. This phenomenon is called piping. It is one of the major causes of failure in earth dams. It is difficult to construct an earth dam with zero seepage. Some of the water will always seep through the dam and the foundation. So for the safety of the structure against piping the seepage through it must be within acceptable limits. Here in this video we try to estimate the amount of seepage losses through the body of a homogeneous earth dam having a horizontal filter at the downstream end. _ Read Earth Dam - Introduction, types and calculation of seepage through it : 🤍 Soil Mechanics Playlist : 🤍 Reference Books : 🤍 _ Elementary Engineering Diaries: 🤍 _ Support : PayPal : paypal.me/elementaryengg Patreon : 🤍 _ Connect : Twitter : 🤍 E-mail : contact🤍elementaryengineeringlibrary.com Website : 🤍

Why The Kariba Dam Lake Kariba is Iconic African Projects In Zambia & Zimbabwe. Zambezi Victori Fall


The economy of Zambia has seen tremendous changes over the years with its capital city of Lusaka being the main business hub and economic power house having an international airport and attractive for business. However, tourism has played and important role in the economy of Zambian despite its huge natural copper resources. The Kariba dam and Lake Kariba in the Zambezi including the Victoria falls has made huge contribution to the growth of the regions of Zambia with many tourist coming from all over the world to visit Zambia. Zimbabwe has also benefited from the Zambezi in many ways. Zimbabwe people have some tourism attractions through capital Harare because of the Victoria falls and the lake Kariba and Kariba dam. Zambia has some good touristic attractions and some best places to visit will include Victoria Falls, South Luangwa National Park, Kafue National Park, Mosi-oa-Tunya National Park, Lower Zambezi National Park, Lake Kariba, Shiwa Ngandu Manor House, Mwela Rocks National Monument, Chimfunshi Wildlife Orphanage, 7. Zambia National Museum, Lusaka national park. Share video using this link: 🤍 The Kariba Dam is a double curvature concrete arch dam in the Kariba Gorge of the Zambezi river basin between Zambia and Zimbabwe. The dam stands 128 metres tall and 579 metres long. The dam forms Lake Kariba, which extends for 280 kilometres and holds 185 cubic kilometres of water. Lake Kariba is the world's largest man-made lake and reservoir by volume. It lies 1,300 kilometres upstream from the Indian Ocean, along the border between Zambia and Zimbabwe Lusaka is the capital of Zambia. In the center, sprawling Lusaka City Market sells clothing, produce and other goods. The National Museum exhibits archaeological finds and contemporary art. Nearby, the Freedom Statue commemorates Zambia's struggle for independence. South of the city, Munda Wanga Environmental Park has a wildlife sanctuary and botanical garden. The Lilayi Elephant Nursery cares for orphaned elephants Zambia, in southern Africa, is a landlocked country of rugged terrain and diverse wildlife, with many parks and safari areas. On its border with Zimbabwe is famed Victoria Falls – indigenously called Mosi-oa-Tunya, or "Smoke That Thunders” – plunging a misty 108m into narrow Batoka Gorge. Spanning the Zambezi River just below the falls is Victoria Falls Bridge, a spectacular viewpoint. Harare is the capital of Zimbabwe. On the edge of landscaped Harare Gardens, the National Gallery of Zimbabwe has a large collection of African contemporary art and traditional pieces like baskets, textiles, jewelry and musical instruments. The unusual granite formation Epworth Balancing Rocks is southeast of the city. Wildlife such as zebras and giraffes roam Mukuvisi Woodlands. Zimbabwe is a landlocked country in southern Africa known for its dramatic landscape and diverse wildlife, much of it within parks, reserves and safari areas. On the Zambezi River, Victoria Falls make a thundering 108m drop into narrow Batoka Gorge, where there’s white-water rafting and bungee-jumping. Downstream are Matusadona and Mana Pools national parks, home to hippos, rhinos and birdlife. I make travel and informative videos about Africa countries including economic, African cities, African capitals and African infrastructure projects. Best places to visit and live in Africa, doing business in Africa, African culture and entertainment. Hotels in Africa and best places to visit in Africa. I cover countries in africa like Ghana, Tanzania, Senegal, Gambia, Ivory Coast, Burkina Fasso, South Africa, Nigeria, Kenya, Ethiopia, Morocco, Democratic republic of Congo, Uganda, Mali Sudan, Madagascar, Zambia, Zimbabwe, Cameroon, Angola, Namibia, Rwanda, Somalia, Guinea, Tunisia, Mozambique, Botswana, Djibouti, Sierra Leon, Seychelles, Liberia, Malawi, Gabon.

Opening The Biggest Ice Dam I've Ever Seen


*I do not encourage anyone to enter culverts, unclog anything, or enter flooded areas as it can easily become deadly without the proper training* I unclog drains for fun in my spare time (I have been trained in culvert inspections for years with private co.) and I am osha trained. Exploring anything abandoned can be dangerous or deadly without experience. I don't encourage anyone to enter any abandoned structures. Not only is safety a concern, but often times its illegal, and when possible I seek out permission from the owner or local police. I simply go to document its history before it's gone forever and I leave things the way I find them. I only take pictures and only leave footprints. I assume all the risks and responsibility before doing this. Please don't attempt to do this on your own. There could be nails, asbestos, falling concrete, soft floors, animals, or other hazards. Thanks for watching. Affiliate links (it doesn't cost extra and anything you buy after clicking the link will benefit the channel) Camera light I use: 🤍 Camera rig: 🤍 Small but bright light shown on mini tripod: 🤍 Boots I Use: 🤍 Anyone new to the channel please read the full channel description: 🤍 Shop post 10 store: 🤍 Patreon: 🤍 Tik-Tok: 🤍 These are my only websites. Any others found are fake.

Building Wildlife Pond, Core trench & dam, Start to finish! Kapper Outdoors real estate


If you've ever wondered what it would take to dig a small pond, a deer watering hole or wildlife pond, then this is the video for you. Join me for an afternoon at our Illinois investment farm, which is mostly enrolled in the CRP program, as I take you through the entire process of building a pond. While I did not use my Branson Tractor, I did use our Bobcat e42 mini excavator, which is an incredible all around land management tool! Starting from stripping the 'black dirt' sod off of the top and storing it behind the dam for the soon to be pond dam, to digging the pond dam core trench, aka keyway trench, and building up the entire pond dam. Then we'll dig out the depth of the pond so that once it fills up it will remain a year round water source not only for deer, but for all kinds of wildlife. This will improve the homestead real estate value, as well as improve the hunting land aspects and increase the value of our land investment. Then we'll get a look at how it turned out a few weeks after, and then of course we'll get to see it when it was fully filled up a few months later. This is our Illinois 'Project 211' hunting land (aka investment land) and this is just one of several ponds that we installed to increase the value of this land as well as the wildlife habitat improvement. If you enjoyed this video don't forget to hit the Like button and consider sharing it on social media so that others can join in our land management adventures, hunting land improvements, food plots, tractor projects, excavator projects and country living adventures. Thank you. Kapper Outdoors, living the dream, one acre at a time.

Forming Lake Mead | Original Hoover Dam Construction Footage


🤍 Hoover Dam is a concrete arch-gravity dam in the Black Canyon of the Colorado River, on the border between the U.S. states of Nevada and Arizona. It was constructed between 1931 and 1936 during the Great Depression and was dedicated on September 30, 1935, by President Franklin D. Roosevelt. Its construction was the result of a massive effort involving thousands of workers, and cost over one hundred lives. It was referred to as Hoover Dam after President Herbert Hoover in bills passed by Congress during its construction, but was named Boulder Dam by the Roosevelt administration. The Hoover Dam name was restored by Congress in 1947. Since about 1900, the Black Canyon and nearby Boulder Canyon had been investigated for their potential to support a dam that would control floods, provide irrigation water and produce hydroelectric power. In 1928, Congress authorized the project. The winning bid to build the dam was submitted by a consortium called Six Companies, Inc., which began construction of the dam in early 1931. Such a large concrete structure had never been built before, and some of the techniques were unproven. The torrid summer weather and lack of facilities near the site also presented difficulties. Nevertheless, Six Companies turned the dam over to the federal government on March 1, 1936, more than two years ahead of schedule. Hoover Dam impounds Lake Mead, the largest reservoir in the United States by volume when full.[6] The dam is located near Boulder City, Nevada, a municipality originally constructed for workers on the construction project, about 30 mi (48 km) southeast of Las Vegas, Nevada. The dam's generators provide power for public and private utilities in Nevada, Arizona, and California. Hoover Dam is a major tourist attraction; nearly a million people tour the dam each year. The heavily traveled U.S. Route 93 (US 93) ran along the dam's crest until October 2010, when the Hoover Dam Bypass opened. Like & Subscribe for more vintage educational content posted weekly. Music: 🤍

Build A Small Dam To Prevent The Stream


#MiniConstruction #ScienceProject #construction #dam #Mini #Hydroelectric Great, thank you all for watching my video. Please click subscribe to the channel . Thanks

Rebuilding the Oroville Dam Spillways


How do you rebuild one of the biggest spillways in the world after a catastrophic failure with the next flood season right around the corner? This video covers the engineering and construction required to repair both the main (FCO) spillway and emergency spillway after they were catastrophically damaged during flooding in the spring of 2017. To see my coverage of the incident and the forensic team report, click here: 🤍 LINKS Juan Brown (Blancolirio) - 🤍 California DWR - 🤍 Board of Consultants Memos - 🤍 Spillway Incident Forensic Report - 🤍 Practical Engineering is a YouTube channel about infrastructure and the human-made world around us. It is hosted, written, and produced by Grady Hillhouse. We have new videos posted regularly, so please subscribe for updates. If you enjoyed the video, hit that ‘like’ button, give us a comment, or watch another of our videos! CONNECT WITH ME Website: 🤍ering Twitter: 🤍 Instagram: 🤍 Reddit: 🤍 Facebook: 🤍 Patreon: 🤍 SPONSORSHIP INQUIRIES Please email my agent at practicalengineering🤍standard.tv DISCLAIMER This is not engineering advice. Everything here is for informational and entertainment purposes only. Contact an engineer licensed to practice in your area if you need professional advice or services. All non-licensed clips used for fair use commentary, criticism, and educational purposes. SPECIAL THANKS This video is sponsored by Warby Parker. Home Try-On Kits are US only. No international shipping. Stock video and imagery provided by Getty Images. Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License Source: 🤍 Producer/Writer/Host: Grady Hillhouse Editor/Production Assistant: Wesley Crump Script Editor: Ralph Crewe

Kariba Dam Plunge Pool Reshaping Project


The Kariba Dam Plunge Pool Reshaping project aims at reshaping its 90m deep plunge pool scoured into fresh gneiss. The plunge pool was formed by flood discharges from this 130m high dam. The objective of the project is to improve energy dissipation during flood releases. In this video the Plunge Pool has been dewatered to elevation 360masl; with another 50m to go.

The story of Hoover Dam


National Archives and Records Administration - ARC Identifier 37058 / Local Identifier 115.31 - The story of Hoover Dam - Department of the Interior. Bureau of Reclamation. (05/18/1981 - ). Explains the overwhelming need to control and regulate the raging waters of the Colorado River; the 1928 passage of the Boulder Canyon Project authorizing construction of the Hoover Dam; the ensuing construction of diversion tunnels and then the dam itself; building of support facilities, such as a steel fabrication plant for giant pipe construction; and creation of hydroelectric operations that provided electricity to California, Nevada, and Arizona. Also details how Lake Mead evolved into a successful recreational area as a result of the dam construction.

Different Components of Dam | Different types of Dam | 2020 | in hindi| Civil Notebook


Hi I am Rahul Welcome to my youtube channel Civil Notebook. About this video- This video shows the different components of dams. Dam is made up of different elements or parts. In this video each part explained in detail with diagram. The following are the parts of the dams. 1. Crest Top surface of the dam, it provides the walk way or road way over the dam. 2. Parapet Walls Low protective walls provided on each side of the crest 3. Gallery small tunnel passage way provided inside the dam. 4. Heel Portion of the dam in contact with the ground on upstream face of the dam 5. Toe Portion of the dam in contact with the ground on downstream face of the dam 6. Spill way provided near the top of the dam to remove surplus or excessive water from the reservoir 7. Free board The distance between the top of the dam and the normal water level 8. Sluice way Provided near the base of the dam to remove the silt accumulation from the reservoir. Our channel brings civil engineering videos . Subscribe our channel for more civil engineering videos. Thank you .

The story of the Hoover Dam


The Hoover Dam, located right on the border of Nevada and Arizona, is one of America’s most treasured and important feats of engineering, providing power and water to millions. It’s designated a National Historic Landmark and sees 7 million people visit it every year. Here is its story. Find out more information at 🤍 To get the latest science and technology news, subscribe to our newsletter "The Blueprint" at 🤍 #engineering

What is a dam? | Kid's Learning


Learn what is a dam the easy way. Fun learning kids video on what are dams and uses of these.

Bhakra Nangal Dam one of earliest dams built in post Independence India, Dark side of Bhakra Nangal


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Rubber dam by Rubena, s.r.o.


Do you know we make in Velké Poříčí (Czech republic) huge inflatable rubber components to fit in dams? Inflatable dams are modern, movable, and fully automatic barrier structures used to raise the water level of water streams. In cooperation with our partners, the design offices of Hydroconstruct and Aquatis, we offer complete deliveries of the technology for inflatable dams of the highest technical level, based on our own know-how acquired since 1963, when the first inflatable dam was implemented. Since then, we have together installed hundreds of inflatable dams throughout the world. In 2011, we established a unique production of membranes for inflatable dams. The production process is a step-by-step procedure that produces the membranes as homogeneous units without connecting their individual belts. We offer various membrane surfaces and membrane thicknesses of 8 to 25 mm. With our own design of the inflatable dam anchoring system, control system, and the highest quality of produced membranes, which comply with the requirements of the appropriate standard (BAW, ISO, DIN, ČSN), this product is one of the best products in this area in the world. The inflatable dam is a permanent structure that includes a rubber-textile membrane (body of the inflatable dam), which is firmly attached to the concrete bed using a steel anchoring system and anchoring screws. The inflatable dam is connected via a pipeline system with a control shaft, which secures, together with an electronic device, the required, fully automatic operation of the dam structure. Its simplicity and environmental harmlessness mean that it is ideal for small hydropower stations, irrigation systems, groundwater treatment, recreation purposes and reconstructions of old fixed as well as movable weirs. At the same time, it is also a suitable measure for conceptual and flood prevention in a given region. It has the ability to create a self-regulating water reservoir on watercourses and to help in directing flood waves. A key part of inflatable dams is formed by Rubena membranes, manufactured in the Czech Republic using the technology of gradual pressing of non-vulcanized semi-finished products into the final shape of a homogeneous membrane. This production technology eliminates connections of vulcanized belts and significantly improves the safety of the entire work with a great improvement in physical and mechanical characteristics of the entire membrane of the barrier structure. The actual design of the dam anchoring system focused on the highest possible usage characteristics of the work, and is also manufactured exclusively in the Czech Republic.

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