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#drying — Public Fediverse posts

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

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  1. Found me some sawmill junk and with a bit of tablesaw work and a few screws turned it into two more frames for drying racks.

    Then some fence maples got a draft letter and before long were chopped up and nailed to the frame on one end. Green maple doesn't split when nailing, unlike dry sticks. And they do grow fast and furious here.

    Can dig more garlic now.

    #Garlic #Harvest #Drying #Curing #Rack #DIY #Homestead #Garden

  2. Found me some sawmill junk and with a bit of tablesaw work and a few screws turned it into two more frames for drying racks.

    Then some fence maples got a draft letter and before long were chopped up and nailed to the frame on one end. Green maple doesn't split when nailing, unlike dry sticks. And they do grow fast and furious here.

    Can dig more garlic now.

    #Garlic #Harvest #Drying #Curing #Rack #DIY #Homestead #Garden

  3. Found me some sawmill junk and with a bit of tablesaw work and a few screws turned it into two more frames for drying racks.

    Then some fence maples got a draft letter and before long were chopped up and nailed to the frame on one end. Green maple doesn't split when nailing, unlike dry sticks. And they do grow fast and furious here.

    Can dig more garlic now.

    #Garlic #Harvest #Drying #Curing #Rack #DIY #Homestead #Garden

  4. The warm, dry and very well ventilated attic is ideal for dehydrating stuff.

    Yesterday I spread out some Tilia (Linden) flowers that @vaviurka collected for making tea.

    The clever drying net was given to us because nobody knew what to do with it. It was originally sold for drying lingerie :)

    #Tea #Homestead #Drying #Tilia

  5. The warm, dry and very well ventilated attic is ideal for dehydrating stuff.

    Yesterday I spread out some Tilia (Linden) flowers that @vaviurka collected for making tea.

    The clever drying net was given to us because nobody knew what to do with it. It was originally sold for drying lingerie :)

    #Tea #Homestead #Drying #Tilia

  6. The warm, dry and very well ventilated attic is ideal for dehydrating stuff.

    Yesterday I spread out some Tilia (Linden) flowers that @vaviurka collected for making tea.

    The clever drying net was given to us because nobody knew what to do with it. It was originally sold for drying lingerie :)

    #Tea #Homestead #Drying #Tilia

  7. In this latest thrilling saga of "Rust #vs #C," we're treated to a riveting tale of #industrial #microcontrollers that's about as exciting as watching #paint dry 🎨. The article somehow stretches a simple choice into a 2604-word #debate that feels longer than a tax code 📜. Spoiler alert: you won't find any groundbreaking revelations here, just another exercise in overcomplicating the obvious 🙄.
    arxiv.org/abs/2604.25679 #Rust #drying #overcomplication #tech #news #HackerNews #ngated

  8. In this latest thrilling saga of "Rust #vs #C," we're treated to a riveting tale of #industrial #microcontrollers that's about as exciting as watching #paint dry 🎨. The article somehow stretches a simple choice into a 2604-word #debate that feels longer than a tax code 📜. Spoiler alert: you won't find any groundbreaking revelations here, just another exercise in overcomplicating the obvious 🙄.
    arxiv.org/abs/2604.25679 #Rust #drying #overcomplication #tech #news #HackerNews #ngated

  9. In this latest thrilling saga of "Rust #vs #C," we're treated to a riveting tale of #industrial #microcontrollers that's about as exciting as watching #paint dry 🎨. The article somehow stretches a simple choice into a 2604-word #debate that feels longer than a tax code 📜. Spoiler alert: you won't find any groundbreaking revelations here, just another exercise in overcomplicating the obvious 🙄.
    arxiv.org/abs/2604.25679 #Rust #drying #overcomplication #tech #news #HackerNews #ngated

  10. Two weeks now since I logged off all but two social media, one being this, the other an obscure and mostly ignored no frills, no emoticons and no fancy weirdness other than the posters themselves.

    Am feeling much better and recovered time to do other more interesting things such as watching oil paint dry or grass growing.

    #grass #painting #social #time #drying #photography

  11. Drying the mint that grew alongside the potatoes.

    That awesome leaf/spice drying rack? A underwear drying contraption from Lidl someone gave us because they didn't know what to do with it. Very useful!

    lidl.de/p/livarno-home-feinwae

    #Mint #Drying #Tea #DIY #Homestead #Gardening #FoodPreservation

  12. Drying the mint that grew alongside the potatoes.

    That awesome leaf/spice drying rack? A underwear drying contraption from Lidl someone gave us because they didn't know what to do with it. Very useful!

    lidl.de/p/livarno-home-feinwae

    #Mint #Drying #Tea #DIY #Homestead #Gardening #FoodPreservation

  13. Drying the mint that grew alongside the potatoes.

    That awesome leaf/spice drying rack? A underwear drying contraption from Lidl someone gave us because they didn't know what to do with it. Very useful!

    lidl.de/p/livarno-home-feinwae

    #Mint #Drying #Tea #DIY #Homestead #Gardening #FoodPreservation

  14. Fruchtleder mit #Mangos: Leckerer wird's heute nicht.

    Wer #Fruchtleder noch nicht kennt: Früchte pürieren und auf einer (wassserdichten!) Unterlage im #Dörrgerät zu einer dünnen, lederartigen Masse trocknen lassen. Fertig.

    Das war die Kurzform, die Details findet ihr im Artikel.

    blog.derbrumme.de/fruchtleder-

    Aber Achtung: Das Zeug ist unfassbar lecker & ihr werdet das weg-suchten. Sagt nachher nicht, ich hätte nicht gewarnt.

    #kueche #haltbarmachen #drying #lecker #doerren #diy #fruitleather

  15. Fruchtleder mit #Mangos: Leckerer wird's heute nicht.

    Wer #Fruchtleder noch nicht kennt: Früchte pürieren und auf einer (wassserdichten!) Unterlage im #Dörrgerät zu einer dünnen, lederartigen Masse trocknen lassen. Fertig.

    Das war die Kurzform, die Details findet ihr im Artikel.

    blog.derbrumme.de/fruchtleder-

    Aber Achtung: Das Zeug ist unfassbar lecker & ihr werdet das weg-suchten. Sagt nachher nicht, ich hätte nicht gewarnt.

    #kueche #haltbarmachen #drying #lecker #doerren #diy #fruitleather

  16. Fruchtleder mit #Mangos: Leckerer wird's heute nicht.

    Wer #Fruchtleder noch nicht kennt: Früchte pürieren und auf einer (wassserdichten!) Unterlage im #Dörrgerät zu einer dünnen, lederartigen Masse trocknen lassen. Fertig.

    Das war die Kurzform, die Details findet ihr im Artikel.

    blog.derbrumme.de/fruchtleder-

    Aber Achtung: Das Zeug ist unfassbar lecker & ihr werdet das weg-suchten. Sagt nachher nicht, ich hätte nicht gewarnt.

    #kueche #haltbarmachen #drying #lecker #doerren #diy #fruitleather

  17. @kevinrns I already grow most my own veggies for the winter in garden boxes. Have to spend some time time removing the sprouts off the potatoes lately, soon have to sort them out for continued eating & planting. Growing veggies is easy (I generally mostly ignore mine) can be done depending on your space(s), ingenuity & capability. #canning #freezing #drying

  18. @kevinrns I already grow most my own veggies for the winter in garden boxes. Have to spend some time time removing the sprouts off the potatoes lately, soon have to sort them out for continued eating & planting. Growing veggies is easy (I generally mostly ignore mine) can be done depending on your space(s), ingenuity & capability. #canning #freezing #drying

  19. 🚨 OH NO, WE'VE DISCOVERED AMERICA'S GREATEST ENERGY VILLAIN: THE 🧺 #CLOTHES DRYER! Quick everyone, hang those clothes outside and watch as Big Laundry's profits tumble. If only our forefathers knew about #air #drying, we could've saved the planet centuries ago! 🌎💸
    news.umich.edu/clothes-dryers- #energyvillain #sustainability #dryer #BigLaundry #climateaction #HackerNews #ngated

  20. 🚨 OH NO, WE'VE DISCOVERED AMERICA'S GREATEST ENERGY VILLAIN: THE 🧺 #CLOTHES DRYER! Quick everyone, hang those clothes outside and watch as Big Laundry's profits tumble. If only our forefathers knew about #air #drying, we could've saved the planet centuries ago! 🌎💸
    news.umich.edu/clothes-dryers- #energyvillain #sustainability #dryer #BigLaundry #climateaction #HackerNews #ngated

  21. Trees might profit from the reduced foliage area, allowing them to stabilize their #water relations in a #drying #climate: Losing half the crown hardly affects the stem growth of a xeric southern beech population - Scientific Reports nature.com/articles/s41598-025

  22. Trees might profit from the reduced foliage area, allowing them to stabilize their #water relations in a #drying #climate: Losing half the crown hardly affects the stem growth of a xeric southern beech population - Scientific Reports nature.com/articles/s41598-025

  23. Quick-Drying, Fast-Cracking

    Water droplets filled with nanoparticles leave behind deposits as they evaporate. Like a coffee ring, particles in the evaporating droplet tend to gather at the drop’s edge (left). As the water evaporates, the deposit grows inward (center) and cracks start to form radially. After just a couple minutes, the solid deposit covers the entire area of the original droplet and is shot through with cracks (right).

    Researchers found that the cracks’ patterns and propagation are predictable through a model that balances the local elastic energy and and the energy cost of fracture. They also found that the spacing between radial cracks depends on the deposit’s local thickness. Besides explaining the patterns seen here, these cracking models could help analyze old paintings, where cracks could hide information about the artist’s methods and the artwork’s condition. (Image and research credit: P. Lilit et al.; via Physics Today)

    #art #cracking #deposition #droplets #drying #evaporation #fluidDynamics #particleSuspension #physics #science

  24. Quick-Drying, Fast-Cracking

    Water droplets filled with nanoparticles leave behind deposits as they evaporate. Like a coffee ring, particles in the evaporating droplet tend to gather at the drop’s edge (left). As the water evaporates, the deposit grows inward (center) and cracks start to form radially. After just a couple minutes, the solid deposit covers the entire area of the original droplet and is shot through with cracks (right).

    Researchers found that the cracks’ patterns and propagation are predictable through a model that balances the local elastic energy and and the energy cost of fracture. They also found that the spacing between radial cracks depends on the deposit’s local thickness. Besides explaining the patterns seen here, these cracking models could help analyze old paintings, where cracks could hide information about the artist’s methods and the artwork’s condition. (Image and research credit: P. Lilit et al.; via Physics Today)

    #art #cracking #deposition #droplets #drying #evaporation #fluidDynamics #particleSuspension #physics #science

  25. Quick-Drying, Fast-Cracking

    Water droplets filled with nanoparticles leave behind deposits as they evaporate. Like a coffee ring, particles in the evaporating droplet tend to gather at the drop’s edge (left). As the water evaporates, the deposit grows inward (center) and cracks start to form radially. After just a couple minutes, the solid deposit covers the entire area of the original droplet and is shot through with cracks (right).

    Researchers found that the cracks’ patterns and propagation are predictable through a model that balances the local elastic energy and and the energy cost of fracture. They also found that the spacing between radial cracks depends on the deposit’s local thickness. Besides explaining the patterns seen here, these cracking models could help analyze old paintings, where cracks could hide information about the artist’s methods and the artwork’s condition. (Image and research credit: P. Lilit et al.; via Physics Today)

    #art #cracking #deposition #droplets #drying #evaporation #fluidDynamics #particleSuspension #physics #science

  26. The Best of FYFD 2024

    Welcome to another year and another look back at FYFD’s most popular posts. (You can find previous editions, too, for 2023, 2022, 2021, 2020, 2019, 2018, 2017, 2016, 2015, and 2014. Whew, that’s a lot!) Here are some of 2024’s most popular topics:

    • The Taum Sauk Dam Failure and Its Legacy
    • Stretching Ant Rafts
    • Gigapixel Supernova
    • Feynman’s Sprinkler Solved
    • Calming the Waves
    • “Dew Point” Deposits Droplets
    • Drying Unaffected by Humidity
    • Trapped in a Taylor Column
    • Exciting a Flame in a Trough
    • Remembering Rivers Past
    • A Comet’s Tail
    • Light Pillars
    • Liquid Metal Printing
    • The Miscible Faraday Instability
    • A Triangular Prominence

    This year’s topics are a good mix: fundamental research, civil engineering applications, geophysics, astrophysics, art, and one good old-fashioned brain teaser. Interested in what 2025 will hold? There are lots of ways to follow along so that you don’t miss a post.

    And if you enjoy FYFD, please remember that it’s a reader-supported website. I don’t run ads, and it’s been years since my last sponsored post. You can help support the site by becoming a patronbuying some merch, or simply by sharing on social media. And if you find yourself struggling to remember to check the website, remember you can get FYFD in your inbox every two weeks with our newsletter. Happy New Year!

    (Image credits: dam – Practical Engineering, ants – C. Chen et al., supernova – NOIRLab, sprinkler – K. Wang et al., wave tank – L-P. Euvé et al., “Dew Point” – L. Clark, paint – M. Huisman et al., iceberg – D. Fox, flame trough – S. Mould, sign – B. Willen, comet – S. Li, light pillars – N. Liao, chair – MIT News, Faraday instability – G. Louis et al., prominence – A. Vanoni)

    #admin #ants #astrophysics #civilEngineering #comet #damFailure #drying #flowVisualization #fluidDynamics #fluidsAsArt #FYFD #instability #physics #plasma #rivers #rotatingFlow #science #selfExcitedOscillation #TaylorColumn #waveInterference

  27. The Best of FYFD 2024

    Welcome to another year and another look back at FYFD’s most popular posts. (You can find previous editions, too, for 2023, 2022, 2021, 2020, 2019, 2018, 2017, 2016, 2015, and 2014. Whew, that’s a lot!) Here are some of 2024’s most popular topics:

    • The Taum Sauk Dam Failure and Its Legacy
    • Stretching Ant Rafts
    • Gigapixel Supernova
    • Feynman’s Sprinkler Solved
    • Calming the Waves
    • “Dew Point” Deposits Droplets
    • Drying Unaffected by Humidity
    • Trapped in a Taylor Column
    • Exciting a Flame in a Trough
    • Remembering Rivers Past
    • A Comet’s Tail
    • Light Pillars
    • Liquid Metal Printing
    • The Miscible Faraday Instability
    • A Triangular Prominence

    This year’s topics are a good mix: fundamental research, civil engineering applications, geophysics, astrophysics, art, and one good old-fashioned brain teaser. Interested in what 2025 will hold? There are lots of ways to follow along so that you don’t miss a post.

    And if you enjoy FYFD, please remember that it’s a reader-supported website. I don’t run ads, and it’s been years since my last sponsored post. You can help support the site by becoming a patronbuying some merch, or simply by sharing on social media. And if you find yourself struggling to remember to check the website, remember you can get FYFD in your inbox every two weeks with our newsletter. Happy New Year!

    (Image credits: dam – Practical Engineering, ants – C. Chen et al., supernova – NOIRLab, sprinkler – K. Wang et al., wave tank – L-P. Euvé et al., “Dew Point” – L. Clark, paint – M. Huisman et al., iceberg – D. Fox, flame trough – S. Mould, sign – B. Willen, comet – S. Li, light pillars – N. Liao, chair – MIT News, Faraday instability – G. Louis et al., prominence – A. Vanoni)

    #admin #ants #astrophysics #civilEngineering #comet #damFailure #drying #flowVisualization #fluidDynamics #fluidsAsArt #FYFD #instability #physics #plasma #rivers #rotatingFlow #science #selfExcitedOscillation #TaylorColumn #waveInterference

  28. The Best of FYFD 2024

    Welcome to another year and another look back at FYFD’s most popular posts. (You can find previous editions, too, for 2023, 2022, 2021, 2020, 2019, 2018, 2017, 2016, 2015, and 2014. Whew, that’s a lot!) Here are some of 2024’s most popular topics:

    • The Taum Sauk Dam Failure and Its Legacy
    • Stretching Ant Rafts
    • Gigapixel Supernova
    • Feynman’s Sprinkler Solved
    • Calming the Waves
    • “Dew Point” Deposits Droplets
    • Drying Unaffected by Humidity
    • Trapped in a Taylor Column
    • Exciting a Flame in a Trough
    • Remembering Rivers Past
    • A Comet’s Tail
    • Light Pillars
    • Liquid Metal Printing
    • The Miscible Faraday Instability
    • A Triangular Prominence

    This year’s topics are a good mix: fundamental research, civil engineering applications, geophysics, astrophysics, art, and one good old-fashioned brain teaser. Interested in what 2025 will hold? There are lots of ways to follow along so that you don’t miss a post.

    And if you enjoy FYFD, please remember that it’s a reader-supported website. I don’t run ads, and it’s been years since my last sponsored post. You can help support the site by becoming a patronbuying some merch, or simply by sharing on social media. And if you find yourself struggling to remember to check the website, remember you can get FYFD in your inbox every two weeks with our newsletter. Happy New Year!

    (Image credits: dam – Practical Engineering, ants – C. Chen et al., supernova – NOIRLab, sprinkler – K. Wang et al., wave tank – L-P. Euvé et al., “Dew Point” – L. Clark, paint – M. Huisman et al., iceberg – D. Fox, flame trough – S. Mould, sign – B. Willen, comet – S. Li, light pillars – N. Liao, chair – MIT News, Faraday instability – G. Louis et al., prominence – A. Vanoni)

    #admin #ants #astrophysics #civilEngineering #comet #damFailure #drying #flowVisualization #fluidDynamics #fluidsAsArt #FYFD #instability #physics #plasma #rivers #rotatingFlow #science #selfExcitedOscillation #TaylorColumn #waveInterference

  29. “There is a crack in everything…”

    When millimeter-sized drops of water infused with nanoparticles dry, they leave behind complex and beautiful residues. As water continues evaporating, the residues warp, bend, and crack. In this video, researchers set their science to the music of Leonard Cohen. The results resemble blooming flowers and flying water fowl. If you’d like to learn more about the science behind the art, check out the two open-access papers linked below. (Video and image credit: P. Lilin and I. Bischofberger; submitted by Irmgard B.; see also P. Lilin and I. Bischofberger and P. Lilin et al.)

    #coffeeRings #cracking #droplets #drying #evaporation #fluidDynamics #fluidsAsArt #granularMaterial #particleSuspension #physics #science

  30. “There is a crack in everything…”

    When millimeter-sized drops of water infused with nanoparticles dry, they leave behind complex and beautiful residues. As water continues evaporating, the residues warp, bend, and crack. In this video, researchers set their science to the music of Leonard Cohen. The results resemble blooming flowers and flying water fowl. If you’d like to learn more about the science behind the art, check out the two open-access papers linked below. (Video and image credit: P. Lilin and I. Bischofberger; submitted by Irmgard B.; see also P. Lilin and I. Bischofberger and P. Lilin et al.)

    #coffeeRings #cracking #droplets #drying #evaporation #fluidDynamics #fluidsAsArt #granularMaterial #particleSuspension #physics #science

  31. “There is a crack in everything…”

    When millimeter-sized drops of water infused with nanoparticles dry, they leave behind complex and beautiful residues. As water continues evaporating, the residues warp, bend, and crack. In this video, researchers set their science to the music of Leonard Cohen. The results resemble blooming flowers and flying water fowl. If you’d like to learn more about the science behind the art, check out the two open-access papers linked below. (Video and image credit: P. Lilin and I. Bischofberger; submitted by Irmgard B.; see also P. Lilin and I. Bischofberger and P. Lilin et al.)

    #coffeeRings #cracking #droplets #drying #evaporation #fluidDynamics #fluidsAsArt #granularMaterial #particleSuspension #physics #science