第1部分：鋼片軋延厚度和速度的建模和控制
MathWorks工程師展示使用Simulink作鋼片(sheet-metal)軋延機的建模和控制
系統設計平台的優勢。
1:03:29
https://nl.mathworks.com/videos/multi-stage-rolling-mill-pro

音樂藝文

職場產業

<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html" target="_blank" class="draft--a">第1部分：鋼片軋延</a><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html" target="_blank" class="draft--a">厚度和速度的建模和控制</a></div>
<div class="draft-block draft--p left">MathWorks工程師展示使用Simulink作鋼片(sheet-metal)軋延機的建模和控制</div>
<div class="draft-block draft--p left">系統設計平台的優勢。</div>
<div class="draft--imgNormal draft-block"><div><div style="height:994px" class="image-block-prerender" data-src="https://images.vocus.cc/185963da-5d9f-43a9-a2c2-683ce5d34823.jpg" data-width="994" data-height="671" data-position="center"></div><figcaption class="imageCaption draft-block" style="cursor:text;display:block"></figcaption></div></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html" target="_blank" class="draft--a">1:03:29</a></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html" target="_blank" class="draft--a">https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html</a></div>
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<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-modeling-and-simulation-part-2-81687.html" target="_blank" class="draft--a">第2部分：張力建模和模擬</a></div>
<div class="draft-block draft--p left">學習使用MathWorks產品建模,設計張力輥(Looper)的張力控制。</div>
<div class="draft--imgNormal draft-block"><div><div style="height:984px" class="image-block-prerender" data-src="https://images.vocus.cc/8341ab8c-b489-46bc-864e-15bfa59830e1.jpg" data-width="984" data-height="571" data-position="center"></div><figcaption class="imageCaption draft-block" style="cursor:text;display:block"></figcaption></div></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-modeling-and-simulation-part-2-81687.html" target="_blank" class="draft--a">17:11</a></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-modeling-and-simulation-part-2-81687.html" target="_blank" class="draft--a">https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-modeling-and-simulation-part-2-81687.html</a></div>
<div class="draft-block draft--p left"></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-control-part-3-81688.html" target="_blank" class="draft--a">第3部分：張力控制</a></div>
<div class="draft-block draft--p left">學習如何設計PID控制器以管控軋延過程中的張力。</div>
<div class="draft--imgNormal draft-block"><div><div style="height:952px" class="image-block-prerender" data-src="https://images.vocus.cc/e4dfa57a-96e5-450f-b624-6bb43a3e1f2c.jpg" data-width="952" data-height="662" data-position="center"></div><figcaption class="imageCaption draft-block" style="cursor:text;display:block"></figcaption></div></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-control-part-3-81688.html" target="_blank" class="draft--a">17:08</a></div>
<div class="draft-block draft--p left"><a href="https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-control-part-3-81688.html" target="_blank" class="draft--a">https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-control-part-3-81688.html</a></div>
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<div class="draft-block draft--p left">【科普片】綠能風力發電機如何運作?</div>
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<div class="draft-block draft--p left">【科普片】綠能風力發電的 Pitch Control</div>
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第1部分：鋼片軋延厚度和速度的建模和控制

MathWorks工程師展示使用Simulink作鋼片(sheet-metal)軋延機的建模和控制

https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-modeling-and-control-of-strip-thickness-and-speed-81551.html

學習使用MathWorks產品建模,設計張力輥(Looper)的張力控制。

https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-modeling-and-simulation-part-2-81687.html

學習如何設計PID控制器以管控軋延過程中的張力。

https://nl.mathworks.com/videos/multi-stage-rolling-mill-process-tension-control-part-3-81688.html

感謝您的點贊支持，歡迎您訂閱頻道，持續更新中！ 您可能還喜歡以下內容： 世界最大的洗車廠： https://youtu.be/HX_91btsfTk 參觀拆解F4幽靈戰鬥機： https://youtu.be/uKOuHNLcxKY 世界上最大的客機空客A380： https://youtu.be/-1f-J4Ipd-Q 世界上最大的破冰油輪： https://youtu.be/sY_URyWayB4 世界最大的飛機安東諾夫225： https://youtu.be/SpiDdgwV4D4 德國超級發動機： https://youtu.be/eEAshSX19pw 德國最大的深海捕魚拖船： https://youtu.be/RjF8Yl-2Z6s 拆火車頭工廠： https://youtu.be/L2Ph_vjdHtc 參觀拆飛機工廠： https://youtu.be/qAXkEViEodc #科技 #科普 #航空发动机

航空發動機（合集）：探秘世界上最著名的發動機，一睹其驚人的工程奇蹟，它們是工業皇冠上的明珠

【科普片】綠能風力發電機如何運作?

How do Wind Turbines work?

【科普片】綠能風力發電的 Pitch Control

Pitch Control

Once Upon A Time In The West

Provided to YouTube by TuneCore Japan 花の命 · tarou momojirou 花の命 ℗ 2022 MSKマネージメントプロダクション Released on: 2022-07-22 Lyricist: tarou momojirou Composer: tarou momojirou Auto-generated by YouTube.

花の命

第1部分：帶材厚度和速度的建模和控制

在本次網絡研討會中，MathWorks工程師展示了使用Simulink作為鈑金軋製應用的建模和控制系統設計平台的優勢。

第2部分：張力建模和模擬

在這個特定的網絡研討會中，您將學習如何使用MathWorks產品來模擬用於張力控制的彎針 - 條帶相互作用。

第3部分：張力控制

 在本次網絡研討會中，您將學習如何設計PID控制器以管理多級軋機過程中的張力。 

【Simulink】鋼片軋延機的控制系統設計

1.占星軟體及運用  2.各種推運法(Transit / 次限 / 主限 / Solar Arc / 法達星限 / 中點占星等)

跨元探索的沙龍

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