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Highway, Drainage, Sewerage and Traffic Engineering Channel

Highway, Drainage, Sewerage and Traffic Engineering Channel

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Highway, Drainage, Sewerage and Traffic Engineering Group is created to use as a plateform to share, to store and to exchange views, comments, experiences etc of relevant highway and transportation engineering...

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The complete architectural guide to highway drainage design 🛣️💧 An effective highway drainage system is one of the most cri
The complete architectural guide to highway drainage design 🛣️💧 An effective highway drainage system is one of the most critical elements of road infrastructure. While often hidden from view, it plays a fundamental role in protecting pavement performance, improving traffic safety, and extending the lifespan of the entire roadway. Successful drainage design begins with understanding surface runoff, road cross slopes, longitudinal gradients, curb and gutter systems, side ditches, catch basins, stormwater inlets, culverts, subsurface drainage, retaining wall drainage, bridge deck drainage, erosion control, retention and detention ponds, oil-water separators, and sustainable stormwater management strategies. A well-designed drainage network quickly removes water from the pavement, reduces hydroplaning risks, prevents structural deterioration, minimizes erosion, and protects surrounding ecosystems. Modern highway design increasingly integrates green infrastructure solutions such as bioswales, infiltration trenches, permeable landscapes, and rain gardens to improve both environmental performance and flood resilience. The best highway drainage systems are rarely noticed. Because when they work properly... The road stays safe, dry, and durable in every storm. 💬 Which drainage strategy do you think has the greatest impact on long-term highway performance—surface drainage, subsurface drainage, or sustainable stormwater management? #Architecture #CivilEngineering #HighwayDesign #DrainageDesign #RoadInfrastructure #StormwaterManagement #TransportationEngineering #SustainableDesign #Infrastructure #Engineering #Arch2O Source:
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Why Do Roads Develop Potholes? Potholes form when water enters cracks, weakens the pavement layers, and repeated traffic brea
Why Do Roads Develop Potholes? Potholes form when water enters cracks, weakens the pavement layers, and repeated traffic breaks the damaged surface. Poor drainage, heavy loads, and aging asphalt accelerate the process. Related Hashtag : #CivilEngineering #RoadConstruction #Potholes #HighwayEngineering #Infrastructure
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Why does a dedicated global goal for water matter? For the past 10 years, #SDG6 has helped countries set priorities, strength
Why does a dedicated global goal for water matter? For the past 10 years, #SDG6 has helped countries set priorities, strengthen water management and track progress using a shared global framework. It has also shown that water connects health, food, energy, human rights, climate, ecosystems and economic development. The United Nations SDG 6 Synthesis Report on Water and Sanitation 2026 explores why a dedicated goal for water and sanitation remains essential for the future. Read more: https://www.unwater.org/publications/sdg-6-synthesis-report-2026 #WaterAction #HLPF2026
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Porous Asphalt: The Road That Drinks Rainwater Modern pavement technology is not only about strength — it is about smart drai
Porous Asphalt: The Road That Drinks Rainwater Modern pavement technology is not only about strength — it is about smart drainage, safety, and sustainability. Porous asphalt is helping cities build flood-resistant roads. #PorousAsphalt #PavementEngineering #HighwayEngineering #RoadConstruction #CivilEngineering #SmartRoads #SustainableInfrastructure #TransportationEngineering #HighwayEngineer #ConstructionTechnology
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Cambodia to Open Bidding for First 900MW LNG Power Plant Cambodia's first 900-megawatt liquefied natural gas (LNG) power plan
Cambodia to Open Bidding for First 900MW LNG Power Plant Cambodia's first 900-megawatt liquefied natural gas (LNG) power plant will be opened for competitive bidding, with international LNG suppliers already expressing interest. Follow us on: Facebook X Telegram Instagram Linkedin Youtube Threads Tiktok
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Cement Treated Base: The Strong Foundation Behind Long-Lasting Highways A highway’s life depends on its foundation. CTB techn
Cement Treated Base: The Strong Foundation Behind Long-Lasting Highways A highway’s life depends on its foundation. CTB technology creates a stronger, stiffer pavement base that withstands heavy traffic loads. #CementTreatedBase #CTB #HighwayEngineering #PavementEngineering #RoadConstruction #CivilEngineering #QAQC #InfrastructureDevelopment #TransportationEngineering #HighwayEngineer
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Where innovation meets infrastructure. 💡🚧
Where innovation meets infrastructure. 💡🚧
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Bare roads create heat. Tree-lined roads create comfort.
Bare roads create heat. Tree-lined roads create comfort.
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កម្ពុជានឹងធ្វើជាម្ចាស់ផ្ទះនៃសន្និសីទអន្តរជាតិស្តីពីការប្រយុទ្ធប្រឆាំងការឆបោកតាមប្រព័ន្ធបច្ចេកវិទ្យា (International Conference
កម្ពុជានឹងធ្វើជាម្ចាស់ផ្ទះនៃសន្និសីទអន្តរជាតិស្តីពីការប្រយុទ្ធប្រឆាំងការឆបោកតាមប្រព័ន្ធបច្ចេកវិទ្យា (International Conference on Combating Online Scams) ដែលនឹងមានការចូលរួមពីទាំងចិន និងសហរដ្ឋអាមេរិក ក៏ដូចជាគណៈប្រតិភូពី FBI ផងដែរ។ Cambodia will host the International Conference on Combating Online Scams, which will bring together participants from both China and the United States, as well as a delegation from the FBI. សម្តេចមហាបវរធិបតី ហ៊ុន ម៉ាណែត Samdech Moha Borvor Thipadei Hun Manet
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The Best Roads Don't Just Move Traffic—They Support Life.
The Best Roads Don't Just Move Traffic—They Support Life.
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Your environment is either feeding your dreams or starving them. The people you spend time with, the conversations you entert
Your environment is either feeding your dreams or starving them. The people you spend time with, the conversations you entertain, the habits you normalize, and the mindset you adopt all shape your financial future more than you may realize. If you're constantly surrounded by excuses, negativity, and people who laugh at ambition, you'll eventually start believing that average is all you deserve. But when you place yourself around discipline, growth, knowledge, and people who challenge you to become better, your entire life begins to change. Your income is often a reflection of your environment before it becomes a reflection of your effort. Protect your mind. Choose your circle carefully. Invest in relationships that inspire you to learn, save, invest, build, and grow. Sometimes the biggest financial breakthrough doesn't come from earning more—it comes from changing who and what you allow to influence your life. Your future is being shaped every single day by the environment you choose. Choose wisely, because your destiny depends on it. Follow Taiwo Fashesin for more inspirational quotes and steps to achieve financial freedom. Comment, like and share. #FinancialFreedom #WealthMindset #FinancialLiteracy #MoneyMatters #SuccessMindset
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Asphalt Layer Thickness Every Highway Engineer Must Know | IRC & MoRTH Guide Choosing the correct asphalt layer thickness is
Asphalt Layer Thickness Every Highway Engineer Must Know | IRC & MoRTH Guide Choosing the correct asphalt layer thickness is essential for pavement strength, durability, and long-term performance. Save this quick reference for site execution and QA/QC.#HighwayEngineering #RoadConstruction #Asphalt #BituminousConcrete #IRC #MoRTH #CivilEngineering #SiteEngineer #QAQC #NavgruhConstruction
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Layers of an Asphalt Road 1. Natural Ground (Soil) 🌍 The original ground that supports the entire road structure. 2. Subgrad
Layers of an Asphalt Road 1. Natural Ground (Soil) 🌍 The original ground that supports the entire road structure. 2. Subgrade (Formation Layer) 🚜 The soil is compacted and leveled to create a strong foundation. 3. Subbase Course 🪨 A layer of crushed stone or gravel that improves drainage and spreads loads. 4. Base Course 🏗️ A strong aggregate layer that distributes vehicle loads and increases pavement strength. 5. Binder Course ⚫ An intermediate asphalt layer that bonds the surface to the base and adds structural support. 6. Wearing Course (Surface Course) 🛣️ The top asphalt layer that provides a smooth, durable, and skid-resistant driving surface while protecting the lower layers from traffic and weather. Key Point: Each layer works together to create a safe, durable, and long-lasting road. #CivilEngineering #RoadConstruction #AsphaltRoad #PavementDesign #Infrastructure
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US-ASEAN Business Council Praises Cambodia's Efforts to Improve Investment, Business Climate http://en.fna.asia/57eeb 🔗 JOIN
US-ASEAN Business Council Praises Cambodia's Efforts to Improve Investment, Business Climate http://en.fna.asia/57eeb 🔗 JOIN US
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[MPWT] - ប្រតិភូក្រសួងសាធារណការ និងដឹកជញ្ជូន ចូលរួមវេទិកាសហប្រតិបត្តិការដឹកជញ្ជូនអាស៊ាន-សាធារណរដ្ឋកូរ៉េ លើកទី១៦ (The 16th ASE
[MPWT] - ប្រតិភូក្រសួងសាធារណការ និងដឹកជញ្ជូន ចូលរួមវេទិកាសហប្រតិបត្តិការដឹកជញ្ជូនអាស៊ាន-សាធារណរដ្ឋកូរ៉េ លើកទី១៦ (The 16th ASEAN-ROK Transport Cooperation Forum) ក្រោមប្រធានបទ "ទិសដៅទៅមុខរួមគ្នាជាមួយបញ្ញាសិប្បនិម្មិត ដើម្បីឆ្ពោះទៅអនាគតនៃការដឹកជញ្ជូន"(Moving Together with AI Forward to the Future of Transportation) "MPWT NEWS" ជាកម្មវិធីលើទូរសព្ទស្មាតហ្វូន ប្រមូលផ្តុំព័ត៌មាន ក្នុងវិស័យសាធារណការ និងដឹកជញ្ជូន សូមទាញយកកម្មវិធី 📲 iOS 📲 Android ភ្ជាប់ទំនាក់ទំនងជាមួយក្រសួងសាធារណការ និងដឹកជញ្ជូន (MPWT) ៖ Facebook Telegram TikTok YouTube
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លទ្ធផលនៃកិច្ចប្រជុំរដ្ឋមន្ត្រីការបរទេសអាស៊ានជាមួយប្រទេសដៃគូសន្ទនា 👉Join Bayon Radio+8
លទ្ធផលនៃកិច្ចប្រជុំរដ្ឋមន្ត្រីការបរទេសអាស៊ានជាមួយប្រទេសដៃគូសន្ទនា 👉Join Bayon Radio
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🚧♻️ WHAT IF YESTERDAY'S TOILETS COULD BUILD TOMORROW'S ROADS? Germany is giving broken toilets and ceramic tiles a surprisin
🚧♻️ WHAT IF YESTERDAY'S TOILETS COULD BUILD TOMORROW'S ROADS? Germany is giving broken toilets and ceramic tiles a surprising second life by crushing them into durable road-building materials. This smart recycling approach reduces construction waste, conserves natural resources, and helps create stronger, longer-lasting roads—all while supporting a more sustainable future. Sometimes the best innovations begin with what we throw away. 🌍 Source: https://www.facebook.com/share/p/1DniMZ5Kb4/
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Asphalt Mix Design: The Hidden Science Behind Long-Lasting Roads! Did you know that the strength, durability, and lifespan of
Asphalt Mix Design: The Hidden Science Behind Long-Lasting Roads! Did you know that the strength, durability, and lifespan of a road depend heavily on its asphalt mix design? A well-designed asphalt mix balances aggregates, bitumen, and air voids to resist rutting, cracking, and weather damage. Poor mix design can lead to premature failures and costly maintenance. Whether you’re a civil engineer, contractor, or construction enthusiast, understanding asphalt mix design is essential for building roads that last longer and perform better. #AsphaltMixDesign #RoadConstruction #HighwayEngineering #PavementEngineering #CivilEngineering #ConstructionManagement #RoadSafety #Infrastructure #Bitumen #HotMixAsphalt #EngineeringFacts #ConstructionIndustry #ProjectManagement #SiteEngineer #RoadDesign #CivilEngineerLife #SmartInfrastructure #ConstructionTechnology #EngineeringKnowledge #BuildBetterRoads
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Pile Foundation for Bridge Pier A pile foundation is a deep foundation system used to safely transfer heavy bridge loads to s
Pile Foundation for Bridge Pier A pile foundation is a deep foundation system used to safely transfer heavy bridge loads to strong soil or rock located beneath weak surface layers. It consists of reinforced concrete piles, a pile cap, and a bridge pier that work together to provide excellent strength, stability, and long-term durability. Main Components: Pier: Reinforced concrete member supporting the bridge deck. Pile Cap: Thick reinforced concrete block that distributes loads uniformly to all piles. Piles: Deep foundation elements that transfer structural loads to competent bearing strata. Key Features: Supports very heavy vertical and lateral loads. Suitable for rivers, coastal areas, and weak soil conditions. Provides high resistance against settlement, uplift, and seismic forces. Ensures long service life and structural stability. Design Considerations: Conduct a detailed geotechnical soil investigation. Determine pile diameter, length, and spacing based on structural loads and soil conditions. Design the pile cap with adequate reinforcement and concrete cover. Check for axial, lateral, uplift, and seismic loading conditions. Follow applicable design codes and quality construction practices. Load Transfer Mechanism: Bridge Superstructure → Pier → Pile Cap → Piles → Strong Soil/Rock Strata Follow Cement and Concrete ©Copyright @topfans #PileFoundation #BridgeEngineering #BridgePier #DeepFoundation #CivilEngineering #StructuralEngineering #FoundationDesign #PileCap #ConcreteConstruction #ReinforcedConcrete #Infrastructure #GeotechnicalEngineering #ConstructionTechnology #EngineeringEducation #EngineeringGraphics #CivilTech #SiteEngineering #ConstructionLife #EngineeringKnowledge #CementAndConcrete  ......
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