[资讯]CST STUDIO SUITE 2011

图片:CST2011About.JPG

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New Features in Version 2011 .m/Lon E  
This list provides an overview of the most important changes in CST STUDIO SUITE™ 2011. ILF
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DC Main Controller can now be specified to run jobs lEZ[0oa  
Jobs can be started in parallel yKOf]m>#  
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DC now supports job queuing systems (LSF, OGE, PBS) 5:CC\!&QBV  
Jobs can now be send to Solver Servers with special attributes (Number of GPUs, available memory) 9qQ_#$Vv  
Solver license is checked out only if a free solver server is available z=>]E1'RL  
Settings of Solver Servers can be changed remotely via Main Controller now ]v94U b  
Added ability to change number of running Solver Servers on the fly wXXv0OzK  
New command line options for distributed calculations (-machinefile, -dcpar, -dc) ;-^WUf|
 
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Support of Linux batch mode and batch queuing systems DWk'6;e4j  
Infiniband support for MPI computing +Z$X5Th  
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Revised Cadence APD import 2d<ma*2n(  
Pin-based port definition (single-ended, differential) bMkn(_H)\  
Option for changing EDA import settings in existing project Sqc*u&W  
CST Simulation plug-in within Cadence PCB/APD/SiP Gk799SDL  
Unified EDA import for CST PCB STUDIO and CST MICROWAVE STUDIO %>xW_5;Z  
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Support for ACIS 21 z~o%U&DO}  
Support for binary ACIS files (SAB) $
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Support for CATIA V5 20 ;c:vzF~Q  
Added Inventor 2010 pK*-In  
Added Pro/E Wildwire 5 c4L5"_#`x-  
Import and export of layer stack-up information for DXF and GDSII import [ "J  
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Hexahedral (Hex) Mesh xE;fM\7pu  
Accuracy enhancement for FPBA mesher 3{d1Jk/S  
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Improved multi-physical workflows JZu7Fb]L9  
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CST MICROWAVE STUDIO Solvers A{9Hm:)  
T-Solver
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Support of various surface impedance models (tabulated surface impedance, ohmic sheet, corrugated wall, material coating) NqhRJa63  
Temperature dependent materials with coupling to CST MPHYSICS STUDIO \^N9Q9{7]  
S-parameter sensitivity and yield analysis pl q$t/.U;  
Planewave and dispersive magnetic materials on GPU wvT!NN K2  
TLM-Solver :$/lGIz  
Integrated version of TLM-Solver in CST MICROWAVE STUDIO N[aK#o,  
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F-Solver W1r-uR  
Curved tetrahedral meshes 0~Yg={IKhK  
New high performance radiating/absorbing boundary conditions /kx:BoV  
A-Solver 7i334iQZ  
Multiple plane wave excitations with different polarization types nN@8vivP%  
Added support for multiple farfield sources H0tjN&O_  
Added support for surface impedance materials (e.g. lossy metal, coatings, seawater) GsqrKrbJ  
I-Solver G:u[Lk#6K  
MPI parallelization for MLFMM 3iH
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Wire mesh discretization and discrete edge port excitation % OiSuw  
Multiple and receiving farfield sources D9#e2ex]  
Infinite electric and magnetic ground planes z6'zNM7M  
CST EM STUDIO Solvers V%e'H>EC  

Circuit coupling for LF Time Domain Solver (MQS) !ybEv| =  
Non-zero initial solution for LF Time Domain Solver (MQS) KQ3)^J_Z  
Voltage path sources for LF Time Domain Solver (MQS) 'OBAnE<.  
Surface impedance materials for LF Frequency Domain Solver (MQS and Fullwave) 8"8sI  
Lumped network elements w{2V7*+l  
Layered nonlinear material with solid-bound coordinate systems *1;<xeVD  
Anisotropic materials with solid-bound coordinate systems (Cartesian, Cylindrical, Spherical) JWMIZ{/M  
Automatic pre-computation of conduction currents for Magnetostatic Solver

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CST PARTICLE STUDIO Solvers 6<]&T lS]  

Ramped external fields for the CST PIC Solver YDjQ&EH  
Neglect of space charge effects for the PIC Solver T{sw{E*  
Improved explosive emission and minimum emission settings for the PIC Solver ! ~&X1,l1*  
Meshing strategy for the CST Particle Tracking Solver
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Kick factor calculation for the CST Wakefield Solver

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CST PCB STUDIO w4(DR?[nC  

Improved 2DTL and 3DFEFD Solver b LL!iz?  
Improved model assignment for components (devices) ,@Ed)Zoh  
Improved handling of IBIS data x-y=Jor  
New workflow/dialog for signal integrity analysis (time domain) #ye++.7WK  
New workflow/dialog for exporting PCB structures to CST MICROWAVE STUDIO zFB$^)v"<  
Improved visualization performance

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CST CABLE STUDIO /MQd[03]  

Modified/integrated frontend eSa ]6  
New modeling of frequency dependent transfer impedance for shielded cables <0R?#^XBZB  
Enhanced cable-to-field coupling with CST MICROWAVE STUDIO: Radiation/irradiation for time domain

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CST MPHYSICS Solvers mqq~&nI  

Nonlinear Mechanical Solver for large deformations wAkoX  
Tetrahedral-based Thermal Solver {r'#(\  
Radiation for Transient Thermal Solver [.Kia >  
Import of force density distributions from CST EM STUDIO Solvers

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CST MICROSTRIPES `jP\*k`~]  

Improved handling of wires and circuits in the TLM discretizer and solver J&8l1{gd  
Improved handling of slot discretization #
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Support of discrete face ports

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New result tree structure
Unified external port definition
Enhanced Routing
New 3D Layout viewer
Easy conversion from a CST DS layout to a CST MWS 3D model
Automatic synchronization of global parameters in 3D model and schematic for MWS / EMS / PS / MPS / CS projects

New algorithm using sensitivity information .. 3@ay9!Xq  
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Macros里面的“Archive Multiple Projects”里竟然没有2011年……。 ^G~W}z?-  

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图片:Discrete Port Set Up.JPG

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离散端口现在可以添加"Label"； nAoGG0$5  
离散端口可以设置“半径”这个参数，但是在网格视图里仍然是无限细的。 7I&7YhFI  
CST MWS 2011帮助文件《Discrete Port》。 mkk74NY  

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图片:TLM Solver Parameters.JPG

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CST MS里面的TLM solver现在集成在CST MWS中，不需要额外的license。 N`8!h:yL  
CST MWS 2011帮助文件《TLM Solver Parameters》。 l#\z3"b  

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图片:Mesh Special.JPG

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Global Mesh Properties里的Special选项里增加了一个"Enhance FPBA accuracy"功能，在FPBA前提下，激活这个选项可以进一步提高网格划分金属边缘的准确性。 l^uP?l"  
CST MWS 2011帮助文件《Special Mesh Properties - General》。 E:D1ZV  

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图片:S Parameters.JPG

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1D Results的显示方式有一些调整，MWS中S参数参考了DS中的方式。 h|!B;D  

离散端口处多出来的半径设置，是因为集成了TLM求解器。在用TLM求解器时，该离散端口就变成了以前MS工作室中的“Wire”。 ?mrG^TV^+r  
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还有我发现的几个： Rsqb<+7  
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Macros - Constructs - Enclosure，这个选项跟以前MS的Enclosure功能一样。 n Hy|  

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图片:2.JPG

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网格设置跟以前不一样了，在下拉菜单中需要选择网格后方能进入Mesh Properties修改网格。 j@Z4(XL  

图片:3.JPG

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Objects - Solid 2 Sheet，也是以前MS的功能，但是多了一个Sheet to Solid的功能。 W}nD#9tL  

图片:4.JPG

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Objects-Smart Parts 这也是以前MS的精简模型，竟然也有了～ ~x`OCii  

图片:5.JPG

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Parameters can now be changed in mesh and result mode =* oFs|v  
……不错啊，俺是跟不上CST的步伐了，哈哈～

Parameters can now be changed in mesh and result mode ky>0  
具体是啥意思呀？

Parameters can now be changed in mesh and result mode ，这个应该是cst2011可以在网格剖分模式和结果模式下改变参数值！

新 但是還是沒有書籍可供參考

goooooooooood

简直就是cst软件的专家啊，太感谢了 ，可惜我2010都还没用！

还是先学好09算了