201.8K
MINew series!! Lmk what y’all think #technology #engineering #arduinoproject
@mixikid
#Engineering Solutions
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30Trending Reels
(12)
4.5M
ENOver-Engineering a compass
•••
The humble compass is too boring. This is why I spent 3 days designing this 6 linkage system to draw a circle instead. I think it’s way cooler than a compass. The only problem is it can only draw circles this size. Oh, well worth it.
•••
#engineer #mechanicalengineering #mechanicaldesign #mechanism
@engineezy_
8.9M
BRA little structural engineering lesson!
Jettying is where upper level walls are shifted out beyond the area of the floor below. Beams supporting these walls have to be cantilevered out past the lower level walls.
When a structure utilizes jettying - a negative bending moment is created which causes the beam to bend upwards.
The positive bending moment from regular floor load is counteracted by the negative moment from the wall supported at the end of the cantilever. This can drastically reduce the depth of beams needed for floor framing!
(Yes I know this is technically not a propped cantilever - it’s more like a cantilever with a back span!)
#lego #structuralengineering #brickgineer
@brickgineer
14.3M
ENHave you ever seen a Wind Turbine Foundation?🏗✅ Very interesting #windengineering Comment below
📕 Get my New Book, Link in Bio.
▶️ Subscribe on my Youtube channel, to learn more, link in Bio.
Join our Telegram Group community, link in Bio.
Credit: Craftspeople on YouTube
Follow @engineer_ye
#Yengineer #ye #engineerye #piles #madrid #concretestructures #structural #frame #uk #italy #structuralengineering #civilengineering #design #engineering #ingegneriacivile #ingegneria #studenteingegneria #motivation #ingegneriastrutturale #civil_engineer #engenharia #engenhariacivil #engineers #architecture #science #construction #megaconstruction #concrete
Follow ➡️ @engineer_ye
@engineer_ye
193.4K
ENInside-Out Engineering: How Machines Move Massive Pipes from Within
Some engineering solutions are so clever they feel almost magical. This video shows one: a machine that crawls inside a massive steel pipe—and then lifts and moves it from within.
Large-diameter pipes—used for water mains, sewers, and tunnel liners—are heavy, long, and unwieldy. Traditional lifting from the outside often isn’t possible: tunnels are narrow, trenches are tight, and the pipes can weigh several tons. The solution? Stop treating the pipe as cargo and start treating it as part of the transport system.
📌 In this video you’ll see:
– Wheel Retraction: The machine carefully retracts its wheels to fit inside the pipe, a process requiring millimeter precision.
– The Lift: Hydraulic wheels extend to press against the inner wall, lifting the entire pipe off the ground. The machine and the load become one.
– Moving Together: Inside the pipe, the operator drives, steering with full awareness of the pipe’s length, weight, and inertia.
– Tunnel Application: Segmental tunnel liners are transported this way, allowing new sections to reach the tunnel face without ever turning around.
Why does this matter? External lifting needs space and clearance that often doesn’t exist. Moving from the inside works in the only space available—the interior of the pipe itself. The pipe handler becomes both vehicle and support system, carrying massive loads safely and efficiently.
Each step—from wheel retraction to lift, movement, and placement—represents decades of design, stress testing, and precise engineering. For a few minutes, the operator lives inside the pipe, controlling tons of steel with skill and precision.
When the pipe sits perfectly in place, the machine backs out, wheels retract, and the next journey begins. One by one, these pipes form the arteries of tunnels, water systems, and infrastructure that will last for decades.
#civilengineering #tunnelconstruction #pipetransport #heavyengineering
@engineeringgadgets
477.3K
INThis induction heating machine is used to close pipe ends.
#engineering #interestingengineering #InductionHeating #PipeEnds #PipeSealing #Metalwork #HeatTreatment #InnovativeTech #PipeIndustry #MachineTech #PipeClosure #EngineeringSolutions #MetalSealing #HeatTechnology
@interestingengineering
103.9K
THThis Ai generated video showcase the operational movement of solenoid and pneumatic valve.
Solenoid Valve
A solenoid valve is an electrically controlled valve that uses an electromagnetic coil to open or close fluid flow. Fast, precise, and reliable—perfect for automation in water, air, gas, and oil systems. ⚡🔧
🔹 Pneumatic Valve
A pneumatic valve controls the flow of compressed air to regulate motion and pressure in industrial systems. Widely used in automation, it ensures smooth, fast, and efficient operation of machines. 💨⚙️
#explore #explorepage #mechanicalengineering #ai #aigenerated
@themachinewhisperer_
1.2M
ME100k Views
Description**
Designing an impeller in SolidWorks is an essential skill for engineers working on pumps, turbines, and fluid-moving systems. By using tools like lofts, sweeps, circular patterns, and parametric modeling, you can efficiently create a high-performance impeller. This tutorial will guide you through the step-by-step process of designing an impeller with optimized blade profiles, ensuring smooth fluid flow and efficient energy conversion.
**Working and Uses**
The design process starts with sketching the hub and blade profiles, followed by applying loft or sweep features to create the impeller blades. Using circular patterns, the blades are replicated around the central axis for a symmetrical and balanced design.
Uses:
1. Designing pump impellers for efficient water and fluid movement.
2. Creating turbine impellers for improved energy conversion in power plants.
3. Developing blower and compressor impellers for industrial air circulation.
Follow @Mech_design_Nepal for more insights!
#Mech_design_Nepal #follow #share #reels #SolidWorks #ImpellerDesign #CADModeling #3DDesign #PumpEngineering #MechanicalEngineering #CFD #FluidDynamics #EngineeringDesign
@mech_design_nepal
64.4M
DEParticipants design earthquake-resistant buildings and face simulated seismic forces to prove which structures can truly endure. The goal is to drive innovation in earthquake-proof design ~where every tremor becomes a lesson in resilience and precision.
The model shown here is tested on an RTDG-SHAKE TABLE, a device that replicates real earthquake movements. Used widely in civil engineering labs, these tables help students and professionals test how well a structure can withstand seismic shocks.
Follow for daily breakthroughs at the intersection of AI and technology.
IG ➕ @deepen.ai
Download your FREE 100+ Prompt Anatomy to brainstorm, create & scale faster ⚙ Link in bio!
Credit: Dasktürkiye / YT
#earthquakeengineering #structuraldesign #civilengineering #innovation #technology
@deepen.ai
51.3K
THWhat is a pump strainer in piping engineering?
Why strainers protect pumps in oil & gas projects?
This 3D pump strainer explains how suction line protection works in real refinery and offshore EPC piping systems.
In piping engineering, a strainer is not just a filter.
It protects:
• Pump impeller from debris
• Mechanical seal damage
• Flow blockage issues
• Cavitation risk
• Startup contamination
Common types used in oil & gas industry:
Y-Strainer
Basket Strainer
Temporary Cone Strainer
Improper strainer selection can cause:
Pressure drop increase
Pump suction problems
Maintenance shutdown
System efficiency loss
In real projects, pump suction line design must consider:
NPSH requirements
Flow velocity
Temporary startup strainers
Maintenance accessibility
Mechanical graduates learn pump theory.
Piping designers understand suction line protection and flow stability.
If you want your first piping design job in oil & gas industry, learn real EPC-level fundamentals.
Follow for structured piping engineering knowledge.
Comment “STRAINER” if you want pump design clarity.
#mechanicalengineering
#engineeringdesign
#oilgasindustry
#pipingengineering
@thepipingacademy
9.1M
DRHow America Solved Column Alignment Fast
This simple U.S. construction innovation transforms how massive columns are installed. A precision metal base plate with a locking bolt stabilizes columns during lifting, then auto-locks once upright. It cuts labor time, boosts accuracy, reduces crane hours, and delivers faster, safer, high-precision structural alignment.
Credits:
@ woodnworks-h8q/YT
#ConstructionInnovation #EngineeringSolutions #BuildingTechnology #technology #tech
@drivemacc
65.1K
GOfollow me 👉🏻 @golden_machinee Mühendislikteki Kusursuz Uyum: Hidrolik Hızlı Bağlantı ⚙️
Engineering Precision: Hydraulic Quick Coupling in Action ⚙️
📍
Maksimum verim, sıfır sızıntı! 💧 Hidrolik sistemlerin hızını ve güvenliğini belirleyen o kritik an. Bu küçük ama güçlü mekanizma, ağır sanayiden otomotive kadar her yerde iş akışını kesintisiz kılıyor. Detaylardaki mükemmelliği keşfedin.
📍
Maximum efficiency, zero leaks! 💧 The critical moment that defines the speed and safety of hydraulic systems. From heavy industry to automotive, this small but powerful mechanism ensures seamless workflow. Discover the perfection in the details.
📍Bu tarz mühendislik çözümleri ilginizi çekiyorsa beğenmeyi ve takip etmeyi unutmayın! 👋
⚡If you’re interested in engineering solutions like this, don't forget to like and follow for more! 👋😊😊
#hydraulic #engineering #mechanicalengineering #quickcoupling
@golden_machinee
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