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#engineering — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #engineering, aggregated by home.social.

  1. 🏋️‍♂️📏 Olympic weightlifters utilize #physics to lift massive weights by timing their movements with the barbell’s flexibility.

    As the steel bar bends and oscillates, athletes catch the upward "whip" to gain momentum. The technique allows lifters to move loads that would otherwise remain stationary through precise mechanical synchronization.

    👉 arstechnica.com/science/2026/0

    #science #sports #engineering #biomechanics #research #discovery #education #mechanics #energy #olympics #science

  2. 🏋️‍♂️📏 Olympic weightlifters utilize #physics to lift massive weights by timing their movements with the barbell’s flexibility.

    As the steel bar bends and oscillates, athletes catch the upward "whip" to gain momentum. The technique allows lifters to move loads that would otherwise remain stationary through precise mechanical synchronization.

    👉 arstechnica.com/science/2026/0

    #science #sports #engineering #biomechanics #research #discovery #education #mechanics #energy #olympics #science

  3. 🏋️‍♂️📏 Olympic weightlifters utilize #physics to lift massive weights by timing their movements with the barbell’s flexibility.

    As the steel bar bends and oscillates, athletes catch the upward "whip" to gain momentum. The technique allows lifters to move loads that would otherwise remain stationary through precise mechanical synchronization.

    👉 arstechnica.com/science/2026/0

    #science #sports #engineering #biomechanics #research #discovery #education #mechanics #energy #olympics #science

  4. 🏋️‍♂️📏 Olympic weightlifters utilize #physics to lift massive weights by timing their movements with the barbell’s flexibility.

    As the steel bar bends and oscillates, athletes catch the upward "whip" to gain momentum. The technique allows lifters to move loads that would otherwise remain stationary through precise mechanical synchronization.

    👉 arstechnica.com/science/2026/0

    #science #sports #engineering #biomechanics #research #discovery #education #mechanics #energy #olympics #science

  5. 🏋️‍♂️📏 Olympic weightlifters utilize #physics to lift massive weights by timing their movements with the barbell’s flexibility.

    As the steel bar bends and oscillates, athletes catch the upward "whip" to gain momentum. The technique allows lifters to move loads that would otherwise remain stationary through precise mechanical synchronization.

    👉 arstechnica.com/science/2026/0

    #science #sports #engineering #biomechanics #research #discovery #education #mechanics #energy #olympics #science

  6. 🚀 Transform your 2D & 3D workflows with Autodesk AI! Get the official AutoCAD 2026 technical insights, advanced automation features, and your special discount here: investitiibune.ro/autocad-2026 #AutoCAD2026 #Autodesk #AItech #Engineering #3DDesign #CAD

  7. Effective Kotlin by Marcin Moskała is on sale on Leanpub! Its suggested price is $29.90; get it for $12.50 with this coupon: leanpub.com/effectivekotlin/c/ #computer_programming #engineering #kotlin

  8. Effective Kotlin by Marcin Moskała is on sale on Leanpub! Its suggested price is $29.90; get it for $12.50 with this coupon: leanpub.com/effectivekotlin/c/ #computer_programming #engineering #kotlin

  9. I’m fine-tuning the cooling system for the USBridge-KVM 2.0 (which transmits BIOS data in text format via SSH). Under heavy load (2K video streaming), the temperature rose to 70 °C, which wasn’t acceptable to me.

    I replaced the axial fan with a turbine fan for side-exhaust cooling.
    I soldered a 2-millimeter copper spacer directly to the heatsink to reduce the gap to the chip.

    Stable temperature of 50°C under load. It’s incredibly satisfying to see the improvement thanks to the hardware modification.

    #DIY #Hardware #sysadmin #KVM #Engineering #Homelab #SelfHosted

  10. I’m fine-tuning the cooling system for the USBridge-KVM 2.0 (which transmits BIOS data in text format via SSH). Under heavy load (2K video streaming), the temperature rose to 70 °C, which wasn’t acceptable to me.

    I replaced the axial fan with a turbine fan for side-exhaust cooling.
    I soldered a 2-millimeter copper spacer directly to the heatsink to reduce the gap to the chip.

    Stable temperature of 50°C under load. It’s incredibly satisfying to see the improvement thanks to the hardware modification.

    #DIY #Hardware #sysadmin #KVM #Engineering #Homelab #SelfHosted

  11. I’m fine-tuning the cooling system for the USBridge-KVM 2.0 (which transmits BIOS data in text format via SSH). Under heavy load (2K video streaming), the temperature rose to 70 °C, which wasn’t acceptable to me.

    I replaced the axial fan with a turbine fan for side-exhaust cooling.
    I soldered a 2-millimeter copper spacer directly to the heatsink to reduce the gap to the chip.

    Stable temperature of 50°C under load. It’s incredibly satisfying to see the improvement thanks to the hardware modification.

    #DIY #Hardware #sysadmin #KVM #Engineering #Homelab #SelfHosted

  12. I’m fine-tuning the cooling system for the USBridge-KVM 2.0 (which transmits BIOS data in text format via SSH). Under heavy load (2K video streaming), the temperature rose to 70 °C, which wasn’t acceptable to me.

    I replaced the axial fan with a turbine fan for side-exhaust cooling.
    I soldered a 2-millimeter copper spacer directly to the heatsink to reduce the gap to the chip.

    Stable temperature of 50°C under load. It’s incredibly satisfying to see the improvement thanks to the hardware modification.

    #DIY #Hardware #sysadmin #KVM #Engineering #Homelab #SelfHosted

  13. I’m fine-tuning the cooling system for the USBridge-KVM 2.0 (which transmits BIOS data in text format via SSH). Under heavy load (2K video streaming), the temperature rose to 70 °C, which wasn’t acceptable to me.

    I replaced the axial fan with a turbine fan for side-exhaust cooling.
    I soldered a 2-millimeter copper spacer directly to the heatsink to reduce the gap to the chip.

    Stable temperature of 50°C under load. It’s incredibly satisfying to see the improvement thanks to the hardware modification.

    #DIY #Hardware #sysadmin #KVM #Engineering #Homelab #SelfHosted

  14. An innovative, water-based electrically conductive adhesive that functions like traditional solder to join electronic components, but can be easily debonded for efficient recycling.
    #Chemistry #Engineering #MaterialScience #sflorg
    sflorg.com/2026/05/chm05142601

  15. Cuestión que ahora estoy con Python con cosas muy muy simples para acostumbrarme al código.
    He de decir, cómo estoy ocupando más lenguaje matemático que otra cosa, no se me está haciendo tan difícil pero sin dudas codear es algo que no me gustaría hacer el resto de mi vida.

    #engineering #coding #python

  16. Cuestión que ahora estoy con Python con cosas muy muy simples para acostumbrarme al código.
    He de decir, cómo estoy ocupando más lenguaje matemático que otra cosa, no se me está haciendo tan difícil pero sin dudas codear es algo que no me gustaría hacer el resto de mi vida.

    #engineering #coding #python

  17. Cuestión que ahora estoy con Python con cosas muy muy simples para acostumbrarme al código.
    He de decir, cómo estoy ocupando más lenguaje matemático que otra cosa, no se me está haciendo tan difícil pero sin dudas codear es algo que no me gustaría hacer el resto de mi vida.

    #engineering #coding #python

  18. Cuestión que ahora estoy con Python con cosas muy muy simples para acostumbrarme al código.
    He de decir, cómo estoy ocupando más lenguaje matemático que otra cosa, no se me está haciendo tan difícil pero sin dudas codear es algo que no me gustaría hacer el resto de mi vida.

    #engineering #coding #python

  19. 🎢⚙️ The mechanics of #rollercoasters rely on controlled forces like #gravity and acceleration to simulate #danger while maintaining high #safety standards.

    Modern rides follow strict #engineering protocols for #design and testing before they ever open to the public. While the risk of injury is statistically low, #safety relies on rigorous mechanical inspections and riders following height and #health #guidelines.

    👉 popsci.com/science/are-roller-

    #science #physics #biology #health #biomechanics #education #stem #physiology

  20. 🎢⚙️ The mechanics of #rollercoasters rely on controlled forces like #gravity and acceleration to simulate #danger while maintaining high #safety standards.

    Modern rides follow strict #engineering protocols for #design and testing before they ever open to the public. While the risk of injury is statistically low, #safety relies on rigorous mechanical inspections and riders following height and #health #guidelines.

    👉 popsci.com/science/are-roller-

    #science #physics #biology #health #biomechanics #education #stem #physiology

  21. 🎢⚙️ The mechanics of #rollercoasters rely on controlled forces like #gravity and acceleration to simulate #danger while maintaining high #safety standards.

    Modern rides follow strict #engineering protocols for #design and testing before they ever open to the public. While the risk of injury is statistically low, #safety relies on rigorous mechanical inspections and riders following height and #health #guidelines.

    👉 popsci.com/science/are-roller-

    #science #physics #biology #health #biomechanics #education #stem #physiology

  22. 🎢⚙️ The mechanics of #rollercoasters rely on controlled forces like #gravity and acceleration to simulate #danger while maintaining high #safety standards.

    Modern rides follow strict #engineering protocols for #design and testing before they ever open to the public. While the risk of injury is statistically low, #safety relies on rigorous mechanical inspections and riders following height and #health #guidelines.

    👉 popsci.com/science/are-roller-

    #science #physics #biology #health #biomechanics #education #stem #physiology

  23. 🎢⚙️ The mechanics of #rollercoasters rely on controlled forces like #gravity and acceleration to simulate #danger while maintaining high #safety standards.

    Modern rides follow strict #engineering protocols for #design and testing before they ever open to the public. While the risk of injury is statistically low, #safety relies on rigorous mechanical inspections and riders following height and #health #guidelines.

    👉 popsci.com/science/are-roller-

    #science #physics #biology #health #biomechanics #education #stem #physiology

  24. Finally finished some light engineering for a bioacoustic monitoring job this summer, within the context of an agro-ecology grant. Test rig is currently running in the garden with the others in storage. Still missing some odd bits (U-bolts seem hard to source).

    #ornithology #bioacoustics #offgrid #remotesensing #engineering

  25. 🦅🐍 Researchers found that painting #wind turbine blades with patterns inspired by venomous #snakes significantly reduces #bird collisions.

    While standard white blades are often difficult for #birds to perceive, the biomimetic designs trigger a natural avoidance response. The simple visual modification offers a promising way to protect migratory species while expanding sustainable #energy.

    👉 popsci.com/environment/birds-a

    #environment #science #engineering #nature #biomimicry #research #conservation #technology #tech #wildlife #biology

  26. 🦅🐍 Researchers found that painting #wind turbine blades with patterns inspired by venomous #snakes significantly reduces #bird collisions.

    While standard white blades are often difficult for #birds to perceive, the biomimetic designs trigger a natural avoidance response. The simple visual modification offers a promising way to protect migratory species while expanding sustainable #energy.

    👉 popsci.com/environment/birds-a

    #environment #science #engineering #nature #biomimicry #research #conservation #technology #tech #wildlife #biology

  27. 🦅🐍 Researchers found that painting #wind turbine blades with patterns inspired by venomous #snakes significantly reduces #bird collisions.

    While standard white blades are often difficult for #birds to perceive, the biomimetic designs trigger a natural avoidance response. The simple visual modification offers a promising way to protect migratory species while expanding sustainable #energy.

    👉 popsci.com/environment/birds-a

    #environment #science #engineering #nature #biomimicry #research #conservation #technology #tech #wildlife #biology

  28. 🦅🐍 Researchers found that painting #wind turbine blades with patterns inspired by venomous #snakes significantly reduces #bird collisions.

    While standard white blades are often difficult for #birds to perceive, the biomimetic designs trigger a natural avoidance response. The simple visual modification offers a promising way to protect migratory species while expanding sustainable #energy.

    👉 popsci.com/environment/birds-a

    #environment #science #engineering #nature #biomimicry #research #conservation #technology #tech #wildlife #biology

  29. 🦅🐍 Researchers found that painting #wind turbine blades with patterns inspired by venomous #snakes significantly reduces #bird collisions.

    While standard white blades are often difficult for #birds to perceive, the biomimetic designs trigger a natural avoidance response. The simple visual modification offers a promising way to protect migratory species while expanding sustainable #energy.

    👉 popsci.com/environment/birds-a

    #environment #science #engineering #nature #biomimicry #research #conservation #technology #tech #wildlife #biology

  30. Woran erkennt man #Schwellenzeiten? Daran, dass #Zukunftstechnologien wie #Wärmepumpen langfristig Kosten senken und Abhängigkeiten reduzieren, während fossile #Heizungen nur alte Probleme verlängern … warum also noch in ein auslaufendes System investieren? #Engineering for a better world. 🖖

  31. I want to share an E-mail I just got from #NativeAudio.

    #indigenous #effectsPedal #musicEquipment

    quote:
    We love honoring our #Blackfeet #heritage through storytelling. What you might not know is how deeply these stories shape the actual #engineering & what that means for your #creativity.

    Most filters lock you into one set tone. It's typically set but doesn't move with your melodies or playing. It's static but let's be honest, your playing is dynamic and that's why we built Niisoo.

    1/3

  32. I want to share an E-mail I just got from #NativeAudio.

    #indigenous #effectsPedal #musicEquipment

    quote:
    We love honoring our #Blackfeet #heritage through storytelling. What you might not know is how deeply these stories shape the actual #engineering & what that means for your #creativity.

    Most filters lock you into one set tone. It's typically set but doesn't move with your melodies or playing. It's static but let's be honest, your playing is dynamic and that's why we built Niisoo.

    1/3

  33. I want to share an E-mail I just got from #NativeAudio.

    #indigenous #effectsPedal #musicEquipment

    quote:
    We love honoring our #Blackfeet #heritage through storytelling. What you might not know is how deeply these stories shape the actual #engineering & what that means for your #creativity.

    Most filters lock you into one set tone. It's typically set but doesn't move with your melodies or playing. It's static but let's be honest, your playing is dynamic and that's why we built Niisoo.

    1/3

  34. I want to share an E-mail I just got from #NativeAudio.

    #indigenous #effectsPedal #musicEquipment

    quote:
    We love honoring our #Blackfeet #heritage through storytelling. What you might not know is how deeply these stories shape the actual #engineering & what that means for your #creativity.

    Most filters lock you into one set tone. It's typically set but doesn't move with your melodies or playing. It's static but let's be honest, your playing is dynamic and that's why we built Niisoo.

    1/3

  35. I want to share an E-mail I just got from #NativeAudio.

    #indigenous #effectsPedal #musicEquipment

    quote:
    We love honoring our #Blackfeet #heritage through storytelling. What you might not know is how deeply these stories shape the actual #engineering & what that means for your #creativity.

    Most filters lock you into one set tone. It's typically set but doesn't move with your melodies or playing. It's static but let's be honest, your playing is dynamic and that's why we built Niisoo.

    1/3