[新闻]CST STUDIO SUITE 2016官网已发布

CST STUDIO SUITE 2016的DVD镜像已经在官网发布，今年赶在了收到DVD包裹之前……。 r3*+8D~a_  

图片:CST Download.jpg

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Windows镜像有8个压缩包，解压之后有3.59 GB大小。2016主题色换成了更亮的土豪金： m9\@kA  
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图片:CST 2016 DVD.jpg

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主界面变化不大，就不贴了。正式版编译于1月22号： =vB]*?;9  

图片:CST 2016 About.jpg

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Job Control Center变得翻天覆地，可以看到非常多的文件信息，运行后还可以看到logfile和message的信息： g6x/f<2x  

图片:CST 2016 Job List.jpg

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运算方面，启用GPU acceleration的前提下，T求解器可以用满所有的CPU物理核心（之前版本CPU基本打酱油）： ~N)( ^ 4  

图片:Resource Usage.jpg

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期待中，想知道更新了什么 uL
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Comprehensive List of Improvements IM&7h! l"|  
Many improvements and new features are incorporated in CST STUDIO SUITE 2016. This list provides an overview of the most important changes in the new version. :M?')  
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General -9<yB  
•Interactive Linux frontend z?) RF[  
•New and improved CST Job Control Center fM[fS?W  
•Improved support for HIGH DPI displays 2.L6]^N p(  
•Improved Online Help #/sE{jm  
•Parameter auto completion in edit fields 8!fAv$g0  
•Improved handling of parametric result due to the new Result Navigator 2Z9gOd<M~  
•Improved scheme for acceleration tokens &+r ;>  
•Improved AR-Filter (preview) h'q0eqYeu)  
•Improved (field source) monitor subvolume definition Vi-!E  
•Support for importing field sources to local coordinate systems MKhL^c-  
•Field source coupling workflow: option to include platform geometry in source projects +nyN+X34B  
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3D Modeling &8YI)G%  
•Upgrade of CAD kernel to ACIS R25  IOES3  
•Sweep multiple profile curves along path iKEKk\j-w  
•Transformation and copy of construction faces tS/APSY  
•Improved bending for multi layer geometries d~1"{WPSn  
•Added support to rotate multiple picked faces at once 
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•Added Redo option for 3D modeling -0J<R;cVs  
•Transformation of probes lo;9sTUHT  
•New Stage View with Explosion View K}*p(1$u  
•Individual color of solids independent of the material color wk <~Y 3u  
•Support for 3D Splines and improved 2D spline modeling
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•Folders for groups. \w\47/k{  
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3D Data Exchange H=SMDj)s+  
•Added import support for Autodesk Inventor V2015, CATIA V5 R25, PTC Creo 3.0, Parasolid 27, Solid Edge ST7, SolidWorks 2015 and Siemens NX 10 2dJ)4  
•Added support for SAT/SAB R25 cW|Zgz8vv  
•Upgraded parametric import of 3D CAD data to SolidWorks 2014 ZYt"=\_  
•Improved STL import }PD(kk6fX  
•Added support for Sonnet 13 import ]=XL9MI  
•Support for AWR 11 with COM interface snzH}$Ls  
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Hexahedral  Mesh Sw9mrhzJfe  
•Accuracy improvements for matrix coefficients avoiding tiny time steps d.(]V2X.J  
•Reduced number of tiny files for simulations with a high number of mesh cells DdZ_2B2  
•Matrix calculation multithreading settings are used from the acceleration settings dialog box X1PlW8pd  
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Tetrahedral  Mesh O09g b[  
•The mesh is moved and not recreated for small parametric changes during parameter sweeps or optimizer runs 5}^08Xl  
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CST MICROWAVE STUDIO Solvers MKYE]D;  
Time Domain Solver (Hexahedral Mesh) 27i<6PAC[A  
•Support of general spatially varying material models 2i'-lM=  
•Thin panel material can be created to represent an air ventilation panel H.G^!0j;  
•New material model to consider metallic surface roughness  ~9jP++&  
•1D power loss curves (time and frequency domain) per solid 52R.L9Ai  
•Combined linear and logarithmic sampling of 1D spectral results +#"Ic:  
•Broadband S-Parameter convergence criteria FbNQ  
•Single port excitation with user definable amplitude and phase settings P##(V!YR  
•Variable solver accuracy or monitoring intervals for different port excitations -EIMh^  
•Support of native single-ended excitation for generalized port mode solver (preview) v@1Jhns  
•Improved robustness of subcycling setup 2 ]6u Be  
•Support of CST DS transient co-simulation with MPI for Windows OSs T`0gtSS  
•Performance improvements for Xeon Phi hardware acceleration Y%cA2V\#m  
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Time Domain Solver (TLM Mesh) uC ;PP=z  
•Thin panel material can now be created using measured or simulated scatter parameters !Fs)"?  
•Thin panel material can be created to represent an air ventilation panel zgO
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•Support of tabulated surface impedance materials #:5g`Ch4,  
•The TLM octree mesh is now shown in the mesh view for solved models k.f:nv5JO  
•Combine Results is supported for 3D Electric and Magnetic fields and surface currents [B;Ek\5W  
•Support of time and frequency domain power loss field monitors #Lt+6sa]2@  
•Fundamental waveguide port modes are now displayed jl%eO.  
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Frequency Domain Solver (Tetrahedral Mesh) z{+;'9C  
•Improved adaptive mesh refinement and singular edge refinement n{NgtH\V  
•Backup and restore of the mesh while adaptive refinement is running c] 9CN  
•General 0D and 1D result templates as adaptation stopping criteria ]Lft^,7  
•Option to keep the mesh during optimization and parameter sweep with small geometric changes >-WOw  
•Logarithmic frequency axis evaluation for 1D results :hdh$}y  
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Frequency Domain Solver (General Purpose Sweep with Tetrahedral Mesh) 4!W?z2ly~R  
•Improved performance of the direct solver for many excitations  0 9'o  
•Broadband interpolated near and farfield probes, with consideration in the frequency sweep BQmafpp`  
•Logarithmic frequency sweep F&j|Y>m  
•General performance improvements for 1D results }(IDPa
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•Improved export to SPARK3D \B+SzW  
•Solver options for saving disk space Z 2jMBe  
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Frequency Domain Solver (Fast Reduced Order Model Sweep with Tetrahedral Mesh) EF{'J8AQ  
•Improved low frequency stabilization d33Nx)No  
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Eigenmode Solver (Tetrahedral Mesh) rSCX$ @@F  
•Lumped element support (with zero resistance) MM$"6Jor  
•Improved export to SPARK3D #EK8Qe_  
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Asymptotic Solver AS^$1i:  
•Support of field probe evaluation ^u&Khc~ y  
•GPU acceleration for field sources mode and bistatic scattering mode \5c -L_  
•DC support for field sources mode | (9FV^_  
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Integral Equation Solver \(t>(4s_~  
•Characteristic Mode Analysis (CMA) 2G> ]W?>  
•Support of Curved Mesh (quadrilateral and triangular surface mesh Elements) C8zeqS^N  
•Support of Quadrilateral Mesh for discrete edge ports, waveguide ports and wires I`>%2mP[C  
•Infinite Real Ground option j@\/]oL^We  
•Face Lumped RLC-Elements 4^9_E&Fa  
•Adjusted excitation strings to be compatible with other HF solvers 5!fW&OiY  
•Support of Quad Mesh visualization UC$+&&rO  
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Multilayer Solver 6u3(G j@  
•Characteristic Mode Analysis (CMA) {/!"}{G1e  
•Support of Curved Mesh (quadrilateral and triangular surface mesh Elements) n 9M6wS  
•Face Lumped RLC-Elements p arG  
•Adjusted excitation strings to be compatible with other HF solvers ai9,4  
•Support of Quad Mesh visualization md LJ,w?{  
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CST EM STUDIO Solvers UeeV+xU  
M-Static Solver (Tetrahedral Mesh) ;P#*R3   
•Calculation of magnetic moment y{P9k8v!z  
•Export of nonlinear state space models to the Modelica language [`dipLkr  
•Evaluation of surface and volume force densities !9OgA  
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LF Solver (Tetrahedral Mesh) 7u0R=q  
•Link to the SIMULIA Co-simulation-Engine (CSE) Y}z?I%zL  
•Improved performance of the linear equation solver Tz~ftf  
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LF Time Domain (MQS) Solver (Tetrahedral Mesh) @x ]^blq  
•Use periodic subvolume and planar rigid body motion (periodic rotation/translation) to reduce the computation time e!'u{>u  
•Combine multiple planar rigid body motions to model involved problems e.g. magnetic gears l[{}ZKZ  
•Automatic force and torque calculation for planar rigid body motions X}^gmu<Vla  
•Export of nonlinear state space models accounting for planar rigid body motion to the Modelica language xM,(|p(  
•Demagnetization monitor (ZsR=:9(  
•Apply loss monitors on groups of solids bd;f@)X  
•Voltage driven coils for planar problems m(]IxI  
•Additional core loss models BVeNK=7m%  
•Evaluation of surface and volume force densities Mc^7FWkw  
•Improved performance of the nonlinear equation solver 6VE5C g  
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Transient EQS Time Domain Solver L#bQ`t  
•New solver including magnetic field strength calculation DMW:%h{  
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CST PARTICLE STUDIO Solvers &cE,9o%FZ  
Particle Tracking Solver (Hexahedral Mesh) wajhFBJ  
•Consider magnetic field of particle current during particle tracking in gun iteration bUL9*{>G  
•Improved current density and charge density plots b;ZAz  
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Particle Tracking Solver (Tetrahedral Mesh) 9F!&y-  
•New tet based particle tracking solver >ON.ftZi  
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Particle In Cell Solver >1zzDd_  
•Double precision for particle-related quantities in PIC on GPU solver ( "z;Q?(  
•Particle position plots and PIC2D monitors in Standard 3D viewer W}3vY]  
•Improved interpolation for magnetic fields (LPD  
•Improvements for all emission models as well as SEE uS,$P34^oy  
•Artificial noise damping for high-current/high-energy PIC simulations featuring long interaction regions YJsi5  
•Added support for spatially varying materials LRs;>O  
•Improved current density and charge density plots uMZf9XUE  
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Wakefield Solver brot&S2P><  
•Performance improvements (3D field monitors, PML setup, waveguide port) FQl|<l6  
•Improved accuracy for eFPBA meshing o|C{ s  
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CST PCB STUDIO C>ZeG Vq  
•Additional log-files from all solvers (IR, PI, SIFD, SITD) I%xJ)fIK  
•New device type Integrated Circuit now considered by all solvers (IR, PI, SIFD, SITD) ;Bi{;>3  
•New Special settings and Mesh view dialog box for SIFD/SITD NDGBvb  
•Touchstone and Spice models considered by IR-drop solver (direct) ^q2zqC  
•Size of terminals and pins considered by IR-drop solver (direct & schematic) KHiJOeLc  
•Save sub-layout from rectangular or polygonal cut 3Re\ T  
•Visualization of 3DPEEC regions with standard viewer 4N: ;Mo&B  
•Visualization of 2D mesh with standard viewer v21?  
•Standardization of 2D/3D result plot with CST MWS result plot ??Ac=K\  
•Create Shape dialog box moved to Ribbon 4f,x@:Jw  
•Copy to clip-board 3/05ee;|  
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Power-Integrity Solver @kymL8"2w  
•Additional, detailed, log file gu&oCT  
•Added support of pin groups in 3DFEFD modeling mode GrC")Z|3u  
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Decap Tool q>X2=&1  
•Results now update automatically when price or target values change. px@\b]/  
•Improved responsiveness at load time and general stability improvements. h (2k;M^s  
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Boardcheck 2_v>8B  
•Signal dependent rule checking nsk 6a  
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EDA Import _r'M^=yx[  
•Ability to modify the defaults in the EDA Import before importing a PCB/Package via the ImportEDADefaultCommand. M+:wa@Kl  
•Ability to generate face port geometry from differential ports (two-pin only).  ,iUx'U  
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CST CABLE STUDIO ~V)E:(  
•Creation of cable topology from curve pXa? Q@6  
•Impedance Calculator IrC=9%pd$R  
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CST MPHYSICS Solvers Eq{TZV  
General c
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•Full Linux support for the mechanical and all thermal solvers. O?Tg`]EX  
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Thermal Solvers ?Q2pD!L{  
•New material-based priorization scheme for overlapping geometries. o5R40["  
•New thermal boundary setup. CXZeL 1+  
•Bioheat support for tetrahedral solvers (for hexahedral solvers already available). O!tD1^O!1}  
•Initial temperature distributions for regions with finite thermal conductivity (all transient solvers). ]+P&Y:  
•Support of CEM43 standard in transient solvers. <^{:K`  
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Conjugated Heat Transfer Solver ~O-8h0d3  
•First preview version. 9v0|lS!-  
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CST DESIGN STUDIO (=9&"UH  
General AF6'JxG7  
•64-Bit support sd%~pY}  
•Face lumped elements for simple circuit element blocks with package definition (%}C  
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Tasks / Results T:$_1I $  
•Circuit driven Combine Result feature for CST MWS results, similar as for the AC-Task. ibyA~YUN/  
•TDR result option ZbUf|#GTB  
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IBIS block w3D_ c~  
•Sweep able corner and model types AAcbY;  
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VBA / Macros RSC-+c6 1  
•Mesh recreation can be skipped during a parameter sweep and optimizer run: Macros > Parameters > Keep mesh on parameters change.

等了好久了 終於發佈了 不知道能不能加快速度

终于可以把CPU吃起来了，不过话说回来，16物理核心吃满的话能顶半张卡么，反而害怕物理核心吃满了导致数据传递出问题

不知MWS的有什么更新？？

期待中，想知道更新了什么

电脑不知还能受得了它的更新

多线程操作么？

之前就看到了 一直没时间下载

         等了好久终于等到今天 U^_\V BAk