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http://www.400gb.com/file/23832570 3 G6 [' Q J4 R. bemsworks2013SP0 英文版用于solidworks2013 64版本,，安裝于win vista以上操作系統(tǒng) / X& S- Q! K. c/ v) Z. S d+ r' q2 @, Y" y% m
[attach]341188[/attach]作者: mrplplplpl 時(shí)間: 2015-1-1 08:52
謝謝樓主的帖子, 學(xué)習(xí)了作者: 莎士比亞之愛 時(shí)間: 2015-1-4 14:27
還沒有見過呢作者: 寂靜天花板 時(shí)間: 2015-1-7 08:13 http://player.youku.com/player.php/sid/XNzI3Nzg3MTA4/v.swf作者: 寂靜天花板 時(shí)間: 2016-2-17 19:11 標(biāo)題: emsworks案例：設(shè)計(jì)金屬探測器 The principle of a metal detector is quite simple and as the name suggest it is a device that can identify if metals are present say in hard to find places like under the soil, inside rocks etc. It finds its use in detecting things from land mines (really a wonderful use of metal detector which has saved many thousands of life and is still continuing to save) to gold mines.% [! |, C; g$ g" P+ |: T
金屬探測器的原理2 W* i$ x* D$ j1 I8 Q
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Most metal detector have 2 coils – one coil carries alternating current usually at very high frequency (1-10 KHz) and other coil acts like a receiver. The excited coil generates a magnetic field and this induces a small amount of current in the receiver coil. This current (also called as Induced current or Eddy current) is known and calibrated. Now when you take this arrangement near a metallic (or ferromagnetic) substance, two things happen. First, the excited coil also induces an eddy current in the metallic (or ferromagnetic) substance. This eddy current produces its own magnetic field that opposes the magnetic field produced by the coils. This causes the eddy current in the receiver coil to drop. A sensor senses this drop in eddy current from the expected value and gives a signal indicating the presence of a metallic substance. ! Y. v9 `3 E; ~; F& K4 E% E金屬探測器上倆線圈的意義。 - l7 j5 D/ R3 ^. x: k[attach]378600[/attach] 6 w* `3 |- N* f8 v1 g0 \In the figure below, the orange coil is the excited coil and the green one is the receiver coil. High frequency AC current is circulated in the orange coil and the eddy currents induced in the green coil in the absence of any metallic substance is calibrated. . w6 y6 K. L: b9 P; ~) K# J 0 H6 z5 B9 @/ q , g" I8 R" H) i' i$ v4 c對于工程師而言,，如何讓solidworks和emsworks插件在設(shè)計(jì)金屬探測器的電磁仿真時(shí)能發(fā)揮重要作用,，要考慮以下幾點(diǎn)： 3 r( \' ^2 g, t# J6 zWhat is the right size of the coil? 5 ~$ w2 g) Q# x+ x& NWhat frequency and magnitude of AC current should be applied? " ?$ Y9 h- v* O
What is the induced current in the receiver coil under ideal (no metal in the vicinity) conditions? 3 B) b5 D3 U0 j: {) z& d
How can I package the entire arrangement into a product?8 k; D" F* @2 e j& c8 ~
& \, F, t7 n/ e& q" D$ yemsworks可以仿真出線圈的磁感應(yīng)強(qiáng)度及其它 % U0 v9 V# |( y# ]: S9 t4 D+ E[attach]378601[/attach][attach]378602[/attach][attach]378603[/attach][attach]378604[/attach] 5 H2 \! w5 ^$ U; l7 j作者: 寂靜天花板 時(shí)間: 2016-4-6 18:33
EMS for SOLIDWORKS is the first and only completely embedded Gold Certified software for SOLIDWORKS which helps SOLIDWORKS users study their magnetic, electric and electromagnetic designs seamlessly. It can utilize the geometry created using SOLIDWORKS directly for simulation. Its user interface emulates SOLIDWORKS and hence there is no learning curve associated with the EMS software for SOLIDWORKS users 5 N9 s3 h( E: N% A! A% v5 A/ @9 n黃金插件，無縫連接,，界面與solidworks一致,，用戶入門易。 2 ]$ ~: r3 U( |3 B4 K/ d[attach]383100[/attach][attach]383101[/attach][attach]383102[/attach]作者: zqphho999 時(shí)間: 2016-4-9 21:30 作者: 寂靜天花板 時(shí)間: 2016-4-14 21:03
EMS for SOLIDWORKS helps bearing designers to size their magnetic arrays to support various designs of the shaft (basically different weights). This way the bearing can ensure optimum performance. Another advantage of a magnetic bearing is that it can support offset of the inner cylindrical array wrt to the stationary outer cylinder.0 `4 V- A3 B- x
[attach]383940[/attach] 8 T9 w: I ]. R% y) I! |[attach]383941[/attach]( ~/ A/ ?7 i0 R( o) e
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The N-S directions of each magnet is indicated by the black arrows. This type of arrangement can be easily created in EMS and the magnetic flux distribution and the axial force acting on the inner array can be visualized and computed respectively.5 G3 @3 J4 R0 t5 e# @6 D9 g$ }+ ]8 b
Variation of axial force acting on the inner magnet array with the offset is shown below and is automatically computed by EMS. Note that as the offset increases, so does the axial force but after a point the force reduces. * d/ s8 a, Z0 @1 H[attach]383942[/attach] % b. S8 t8 q4 N0 _. r7 ~作者: zqphho999 時(shí)間: 2016-4-14 23:35 作者: 寂靜天花板 時(shí)間: 2016-8-8 07:33 http://player.youku.com/player.php/sid/XMTY2NTcwNTA0OA==/v.swf作者: 工人師_OgIOQ 時(shí)間: 2017-2-3 16:12 http://player.youku.com/player.php/Type/Folder/Fid//Ob//sid/XMjQ5MjY0NTAyNA==/v.swf作者: 18551386357 時(shí)間: 2019-11-7 10:24
好好學(xué)習(xí) 天天向上
