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CUHK EESC
Приєднався 12 бер 2017
Відео
EESC introduction - Earth and Environmental Sciences 地球與環境科學課程
Переглядів 1,6 тис.2 роки тому
EESC introduction - Earth and Environmental Sciences 地球與環境科學課程
EESC - Atmospheric Science stream 大氣科學組
Переглядів 3882 роки тому
EESC - Atmospheric Science stream 大氣科學組
Geostrophic wind over Europe at 200hPa level
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Geostrophic wind over Europe at 200hPa level
Geostrophic wind over Europe at 1000hPa level
Переглядів 797 років тому
Geostrophic wind over Europe at 1000hPa level
Sea surface height above geoid and geostrophic current jan dec 2008
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Sea surface height above geoid and geostrophic current jan dec 2008
sea surface height above geoid and geostrophic current
Переглядів 1667 років тому
sea surface height above geoid and geostrophic current
Equation of state of seawater at atm pressure
Переглядів 2017 років тому
Equation of state of seawater at atm pressure
Stream function and velocity vector on X-Y plane
Переглядів 1637 років тому
Stream function and velocity vector on X-Y plane
Hi sir, can you tell me how you got this data
That is the only video on this topic. Thanks for explaining it so well.
Awesome video and great explanation. Quick practical question, how do prevent the power cables to the fans from becoming tangled as the tank rotates?
Great explanation thru sunken board concept. Moreover these 2 fans to generate wind effect. Goid day sir, jussojuan😊
min izin bertanya, cara menambah arah arus pada peta Sea Surface height bagaimana?🙏
👍 p̳r̳o̳m̳o̳s̳m̳
Excelent explanation!
nice video, well explained
Awesome ❤️
Thanks for the presentation. This is a great demonstration experiment. While I was watching, contemplating the weather patterns, NASA posted this tweet about it's first images after a Reboot today. Really makes me wonder if space has Eckman Layer fluid dynamics. twitter.com/NASAHubble/status/1417225289994842118
Great video ! Thanks from Brazil !
What are the frequencies used?
Thank you! The video really helped me understand Ekman Transport.
Very good explanation!!! Thank you soooo much!!!
Hey, whats the name on the song played by the guitar in the background ?
Katharina Deußen Greensleeves
I have a question
tell the question
Cliff hanger
Nicely Demonstrated!! Thanks :)
is this same as the ocean & climate class project O_O?
why decelerate will cause high pressure?
i don't know if it's correct in this application but using Bernoulli you have higher pressure with lower speed.
When the tank is spin down, the water will have an anti-clockwise motion with respect to the tank. A Coriolis force pointing outwards to the rim (pointing to the right of relative velocity of water) will be generated. Water in the tank moves to the rim by the Coriolis force, thus increasing the pressure there. Remarks: *In a rotating frame, Coriolis force will be generated whenever there is a relative motion between the object of interest and the rotating frame *The fluid pressure at a certain depth is proportional to the weight (or the height) of the water column above that level. For the case of spinning up, the water will rotate in clockwise direction with respect to the tank. Coriolis Force will be pointing inward. Water hence flow inwards, rising the water level and pressure there. Hope that's correct.
great explanation, thank you!
awesome video..
Excellent! Thank you!
Great
greatest ....best explanation on this topic ...ekman transport