ภาพทางฟิสิกส์นี้ ควรจะถูกสร้างใหม่เป็นกราฟิกส์เวกเตอร์ ซึ่งมีข้อดีอีกหลายประการ ดูเพิ่มเติมที่คอมมอนส์:สื่อต้องการเก็บกวาดสำหรับสารสนเทศเพิ่มเติม หากภาพนี้มีในรูปแบบกราฟิกส์เวกเตอร์อยู่แล้ว กรุณาอัปโหลดและแทนที่แม่แบบนี้ด้วย {{vector version available|ชื่อภาพใหม่}} แนะนำเป็นอย่างยิ่งให้ตั้งชื่อไฟล์เวกเตอร์ใหม่นั้นในรูปแบบ "FEM example of 2D solution.svg" แล้วใส่แม่แบบ Vector version available (หรือ Vva) ซึ่งไม่ต้องใช้พารามิเตอร์ ชื่อภาพใหม่
ความย่อ
คำอธิบายFEM example of 2D solution.png
This is an example of a two-dimensional FEM (finite element method) solution for a cylindrically shaped magnetic shield. In this case "two dimensional" means that the picture shows a flat cross section of an assembly that extends to a large distance at right-angles to the paper (Cartesian coordinates). The rectangle outlined at the right of the picture is the component carrying the electrical current that creates the magnetic field. The cylindrical part is a material of high magnetic permeability (for example iron) and is shielding the area inside the cylinder from magnetic field by diverting the magnetic field. The curved lines represent the direction of magnetic field (or more specifically, lines of B, magnetic flux), and the color represents the magnetic flux density, as indicated by the color scale in the inset legend. Red is high amplitude, where the flux lines are more closely spaced. The color scale does not indicated the units, although it is possible they are Tesla. In the legend the vertical lines beside the 'B' indicate that the value plotted is the magnitude of the vector quantity B. The annotation "smoothed" indicates that the segmented lines (created by dividing the space into separate elements) have been smoothed for a more natural and correct appearance. The area inside the cylinder is low amplitude (dark blue, with widely spaced lines of magnetic flux)), suggesting that the shield is performing as it was designed to. See also Image:Example of 2D mesh.png
วันที่
6 กรกฎาคม พ.ศ. 2550 (upload date)
แหล่งที่มา
Self-made using Infolytica Corporation's MagNet software
ผู้สร้างสรรค์
Zureks
การอนุญาตใช้สิทธิ
I, Zureks ในฐานะผู้ถือลิขสิทธิ์ของภาพหรือสื่อนี้ อนุญาตให้ใช้ภาพหรือสื่อนี้ภายใต้เงื่อนไขต่อไปนี้
{{Information |Description=This is an example of 2D FEM (Finite Element Modelling) solution for a cylindrically shaped magnetic shield. The exciting coil with current is shown on the extreme right as a slightly visible vertical rectangle. |Source=self-mad
Introduction à la simulation numérique/Nature et enjeux des simulations
Wikipedysta:Ms1001/brudnopis2
กุมภาพันธ์ 01, 2023
ไฟล, example, solution, ไฟล, ประว, ไฟล, หน, าท, ภาพน, การใช, ไฟล, วนกลางไม, ภาพท, รายละเอ, ยดส, งกว, าน, example, solution, 8206, กเซล, ขนาดไฟล, โลไบต, ชน, ดไมม, image, ปภาพหร, อไฟล, เส, ยงน, นฉบ, บอย, คอมมอนส, รายละเอ, ยดด, านล, าง, เป, นข, อความท, แสดงผลจาก,. ifl prawtiifl hnathimiphaphni karichiflswnklangimmiphaphthimiraylaexiydsungkwani FEM example of 2D solution png 8206 534 488 phikesl khnadifl 65 kiolibt chnidimm image png rupphaphhruxiflesiyngni tnchbbxyuthi khxmmxns raylaexiyddanlang epnkhxkhwamthiaesdngphlcak ifltnchbbinkhxmmxns khxmmxnsepnewbistinokhrngkarsahrbekbrwbrwmsuxesri thi khunsamarthchwyid phaphthangfisiksni khwrcathuksrangihmepnkrafiksewketxr sungmikhxdixikhlayprakar duephimetimthikhxmmxns suxtxngkarekbkwadsahrbsarsnethsephimetim hakphaphnimiinrupaebbkrafiksewketxrxyuaelw krunaxpohldaelaaethnthiaemaebbnidwy vector version available i chuxphaphihm i aenanaepnxyangyingihtngchuxiflewketxrihmnninrupaebb FEM example of 2D solution svg aelwisaemaebb Vector version available hrux Vva sungimtxngichpharamietxr chuxphaphihmkhwamyx khaxthibayFEM example of 2D solution png This is an example of a two dimensional FEM finite element method solution for a cylindrically shaped magnetic shield In this case two dimensional means that the picture shows a flat cross section of an assembly that extends to a large distance at right angles to the paper Cartesian coordinates The rectangle outlined at the right of the picture is the component carrying the electrical current that creates the magnetic field The cylindrical part is a material of high magnetic permeability for example iron and is shielding the area inside the cylinder from magnetic field by diverting the magnetic field The curved lines represent the direction of magnetic field or more specifically lines of B magnetic flux and the color represents the magnetic flux density as indicated by the color scale in the inset legend Red is high amplitude where the flux lines are more closely spaced The color scale does not indicated the units although it is possible they are Tesla In the legend the vertical lines beside the B indicate that the value plotted is the magnitude of the vector quantity B The annotation smoothed indicates that the segmented lines created by dividing the space into separate elements have been smoothed for a more natural and correct appearance The area inside the cylinder is low amplitude dark blue with widely spaced lines of magnetic flux suggesting that the shield is performing as it was designed to See also Image Example of 2D mesh pngwnthi 6 krkdakhm ph s 2550 upload date aehlngthima Self made using Infolytica Corporation s MagNet softwarephusrangsrrkh Zureks karxnuyatichsiththi I Zureks inthanaphuthuxlikhsiththikhxngphaphhruxsuxni xnuyatihichphaphhruxsuxniphayitenguxnikhtxipni xnuyatihkhdlxk aeckcayaela hruxddaeprexksarniphayitenguxnikhkhxngsyyaxnuyatexksaresrikhxngknu run 1 2 hruxrunid nbcaknithixxkodymulnithisxftaewresri odyimmiswnidhamaekikh immikhxkhwampkhnaaelapkhlng saenakhxngsyyaxnuyatrwmxyuinswnchux syyaxnuyatexksaresrikhxngknuhttp www gnu org copyleft fdl html GFDL GNU Free Documentation License true trueiflnixyuphayitsyyaxnuyat khriexthifkhxmmxns aebbaesdngthima xnuyataebbediywkn 3 0 tnchbbkaraesdngthima I Zurekskhunsamarth thicaaebngpn thicathasaena aeckcay aelasngngandngklawtxip thicaeriyberiyngihm thicaddaeplngngandngklaw phayitenguxnikhtxipni aesdngthima khuntxngihekiyrtiecakhxngnganxyangehmaasm odyephimlingkipyngsyyaxnuyat aelarabuhakmikarepliynaeplng khunxacthaechnniidinrupaebbidkidtamkhwr aettxngimichinlksnathiaenawaphuihxnuyatsnbsnunkhunhruxkarichngankhxngkhun xnuyataebbediywkn hakkhunddaeplng epliynrup hruxtxetimnganni khuntxngichsyyaxnuyataebbediywknhruxaebbthiehmuxnkbsyyaxnuyatthiichkbnganniethannpayaesdngsthanalikhsiththinithukephimephuxihepniptamkarepliynaeplngsyyaxnuyatkhxngmulnithiwikimiediy cak GFDL ipyng GFDL khwbkhukb CC BY SA 3 0 http creativecommons org licenses by sa 3 0 CC BY SA 3 0 Creative Commons Attribution Share Alike 3 0 true trueiflnixyuphayitsyyaxnuyatkhriexthifkhxmmxns runaesdngthima xnuyataebbediywkn 2 5 thwip 2 0 thwip aela 1 0 thwipkaraesdngthima I Zurekskhunsamarth thicaaebngpn thicathasaena aeckcay aelasngngandngklawtxip thicaeriyberiyngihm thicaddaeplngngandngklaw phayitenguxnikhtxipni aesdngthima khuntxngihekiyrtiecakhxngnganxyangehmaasm odyephimlingkipyngsyyaxnuyat aelarabuhakmikarepliynaeplng khunxacthaechnniidinrupaebbidkidtamkhwr aettxngimichinlksnathiaenawaphuihxnuyatsnbsnunkhunhruxkarichngankhxngkhun xnuyataebbediywkn hakkhunddaeplng epliynrup hruxtxetimnganni khuntxngichsyyaxnuyataebbediywknhruxaebbthiehmuxnkbsyyaxnuyatthiichkbnganniethannhttps creativecommons org licenses by sa 2 5 CC BY SA 2 5 Creative Commons Attribution Share Alike 2 5 true truekhunsamartheluxksyyaxnuyatdngklawtamtxngkarkhabrryayodyyxithyephimkhabrryaythrrthdediywephuxkhyaykhwamwaiflnimixairixethmthiaesdngxyuiniflniprakxbdwyphusrangbangkhathiimmiixethmwikisnethsyuxaraexl https commons wikimedia org wiki user Zurekschuxphuichwikimiediy Zurekschuxphusrangsrrkh ZurekssthanalikhsiththimilikhsiththisyyaxnuyatCreative Commons Attribution ShareAlike 3 0 Unported xngkvsCreative Commons Attribution ShareAlike 2 5 Generic xngkvsCreative Commons Attribution ShareAlike 2 0 Generic xngkvsGNU Free Documentation License version 1 2 or later xngkvsCreative Commons Attribution ShareAlike 1 0 Generic xngkvswnthisrang wnkxtng6 krkdakhm 2007 prawtiifl khlikwnthi ewlaephuxduiflthipraktinkhnann wnthi ewlarupyxkhnadphuichkhwamehn pccubn05 17 7 krkdakhm 2550534 488 65 kiolibt Zureks Information Description This is an example of 2D FEM Finite Element Modelling solution for a cylindrically shaped magnetic shield The exciting coil with current is shown on the extreme right as a slightly visible vertical rectangle Source self mad hnathimiphaphni hnatxipni oyngmathiphaphni raebiybwithiifintexliemnt karichiflswnklang wikixuntxipniichiflni karichbn ar wikipedia org طريقة العناصر المنتهية karichbn bg wikipedia org Metod na krajnite elementi karichbn ca wikipedia org Analisi d elements finits karichbn cs wikipedia org Metoda konecnych prvku karichbn en wikipedia org Finite element method karichbn en wikibooks org Trigonometry For Enthusiasts Delaunay triangulation Fractals Computer graphic techniques 2D grid karichbn es wikipedia org Metodo de los elementos finitos karichbn et wikipedia org Loplike elementide meetod karichbn fi wikipedia org Kayttaja Unkka T Kumiankka Elementtimenetelma Elementtimenetelma karichbn fr wikipedia org Methode des elements finis karichbn fr wikibooks org Methode des elements finis karichbn fr wikiversity org Introduction a la simulation numerique Nature et enjeux des simulations karichbn hi wikipedia org पर म त अवयव व ध karichbn hu wikipedia org Vegeselemes modszer karichbn km wikipedia org វ ធ ហ វ ណ ថ អ លម ន karichbn ko wikipedia org 유한요소법 karichbn no wikipedia org Finittelementmetoden karichbn pl wikipedia org Metoda elementow skonczonych Wikipedysta Ms1001 brudnopis2 karichbn pt wikipedia org Metodo dos elementos finitos karichbn ru wikipedia org Metod konechnyh elementov karichbn simple wikipedia org Finite element method karichbn sl wikipedia org Metoda koncnih elementov karichbn sv wikipedia org Finita elementmetoden karichbn tr wikipedia org Sonlu elemanlar yontemi karichbn uk wikipedia org Metod skinchennih elementiv karichbn zh wikipedia org 有限元素法 ekhathungcak https th wikipedia org wiki ifl FEM example of 2D solution png, wikipedia, วิกิ หนังสือ, หนังสือ, ห้องสมุด,
