fluid dynamics
US /ˈfluɪd daɪˈnæmɪks/
・UK /ˈflu:ɪd daiˈnæmiks/
B2 中高級
n. (u.)不可數名詞流體力學
Fluid dynamics is essential for designing efficient aircraft.
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兩個漩渦環在慢動作中相撞--每天更聰明 195 (Two Vortex Rings Colliding in SLOW MOTION - Smarter Every Day 195)
08:39
- Five years ago, someone sent me a link and I opened it, and I love fluid dynamics
五年前，有人發給我了一個連結，我打開了它
- It wasn't about fluid dynamics or motion control.
我開始這個過程只是想重新創造一些能夠吸引我想像力的東西
如何使工作效率提高10倍｜提高工作效率的終極指南。 (How To Be 10x More Productive | The Ultimate Guide to Productivity)
16:20
- If we're studying fluid dynamics, it's the number of practice problems we've solved.
如果說我們學習流體力學，那就是我們解決了多少練習題。
你的學習是錯誤的--這就是為什麼。
11:05
- Sure, in cardiology, having an understanding of pressure-volume loops and basic fluid dynamics
當然，在心臟病學中，對壓力-體積循環和基本的流體動力學有所瞭解。
量子計算機帶來巨大風險，但其潛力可能改變世界 (Quantum computers pose great risks but their potential could change the world)
33:29
- You know, we know we can solve computational fluid dynamics better on quantum computers than we can on classical, which means we can find ways of making, you know, aircraft use less power, use less fuel.
我們知道量子電腦在計算流體力學方面比傳統電腦做得更好，這意味著我們可以找到讓飛機更省電、更省燃料的方法。
【每天更聰明】慢動作看繩捲現象 Amazing Honey Coiling High Speed Video! - Smarter Every Day 53
05:18
- this in more detail. Fluid dynamics are awesome.
這個比較詳細。流體動力學很厲害。
16 個洗髮乳的小事實 (16 Shampoo Facts (Incl. Why There's Silicone In Your Shampoo!) - mental_floss - List Show (302))
05:33
- Since the 1960s, scientists have been fascinated with shampoo’s fluid dynamics. It was those
從1960年代起，科學家對洗髮乳的流體動力學著迷，就是那個
"ダイソン」創業者だけど質問ある？| Tech Support | WIRED.jp (「ダイソン」創業者だけど質問ある？| Tech Support | WIRED.jp)
12:20
- It takes nowadays a lot of people, you have to have a lot of mechanical designers and product designers but also you have to have a lot of fluid dynamics, motor engineers, Software, people, ballistics, people had a whole host of people you didn't have to have 20, years ago and increasingly because other countries are developing technology and products so quickly we've got to compete with that.
現在需要很多人，你必須有很多機械設計師和產品設計師，但你也必須有很多流體動力學、電機工程師、軟件、人員、彈道學、人員有一大堆你在20年前不需要的人，而且越來越多，因為其他國家的技術和產品發展如此迅速，我們必須與之競爭。
世界記録保持者に聞く「水切り」88回のコツ | Almost Impossible | WIRED.jp (世界記録保持者に聞く「水切り」88回のコツ | Almost Impossible | WIRED.jp)
11:46
- I don't talk fluid dynamics with a physicist, it hits the water and this back end sort of creates a wave and so the stone tends to rise up over that wave that it creates and that's what allows it to get a lift force that gets it back in the air again before the next impact and over and over again and brought both of them together, gorgeous.
我不和物理學家談流體力學，它撞到水面上，這個後端有點產生波浪，所以石頭傾向於在它產生的那個波浪上上升，這就是讓它得到一個升力，讓它在下一次撞擊之前再次回到空中，一次又一次，把它們兩個都帶到一起，很華麗。
