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CST STUDIO SUITE 2011

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New Features in Version 2011
This list provides an overview of the most important changes in CST STUDIO SUITE? 2011.
General / EnvironmentImproved access to the Online Support areaDrop down toolbar buttonsUnits and problem type can now be changed via the status barUndo/Redo for parameter changes
Job Control CenterDC Main Controller can now be specified to run jobs
Jobs can be started in parallel
Distributed ComputingDC now supports job queuing systems (LSF, OGE, PBS)
Jobs can now be send to Solver Servers with special attributes (Number of GPUs, available memory)
Solver license is checked out only if a free solver server is available
Settings of Solver Servers can be changed remotely via Main Controller now
Added ability to change number of running Solver Servers on the fly
New command line options for distributed calculations (-machinefile, -dcpar, -dc)
HPC/LinuxSupport of Linux batch mode and batch queuing systems
Infiniband support for MPI computing
Modeler / Structure VisualizationMouse-Interaction for WCS transformationImproved structure visualization (quality and performance)Faster loading and saving for complex modelsParameters can now be changed in mesh and result modeImproved robustness of bendingTransformations of waveguide and discrete face portsAdded waveguide ports and face ports to Subproject importInteractive transform with the mouse is enabled for more featuresNew Rectangular Selection mode to select solids by mouseFiltering option in the Material Library dialog box
EDA ImportRevised Cadence APD import
Pin-based port definition (single-ended, differential)
Option for changing EDA import settings in existing project
CST Simulation plug-in within Cadence PCB/APD/SiP
Unified EDA import for CST PCB STUDIO and CST MICROWAVE STUDIO
Import / ExportSupport for ACIS 21
Support for binary ACIS files (SAB)
Support for CATIA V5 20
Added Inventor 2010
Added Pro/E Wildwire 5
Import and export of layer stack-up information for DXF and GDSII import
Hexahedral (Hex) Mesh
Accuracy enhancement for FPBA mesher
Coupled SimulationImproved multi-physical workflows
CST MICROWAVE STUDIO Solvers
T-Solver
Support of various surface impedance models (tabulated surface impedance, ohmic sheet, corrugated wall, material coating)
Temperature dependent materials with coupling to CST MPHYSICS STUDIO
S-parameter sensitivity and yield analysis
Planewave and dispersive magnetic materials on GPU
TLM-Solver
Integrated version of TLM-Solver in CST MICROWAVE STUDIO
F-Solver
Curved tetrahedral meshes
New high performance radiating/absorbing boundary conditions
A-Solver
Multiple plane wave excitations with different polarization types
Added support for multiple farfield sources
Added support for surface impedance materials (e.g. lossy metal, coatings, seawater)
I-Solver
MPI parallelization for MLFMM
Wire mesh discretization and discrete edge port excitation
Multiple and receiving farfield sources
Infinite electric and magnetic ground planes
CST EM STUDIO Solvers
Circuit coupling for LF Time Domain Solver (MQS)
Non-zero initial solution for LF Time Domain Solver (MQS)
Voltage path sources for LF Time Domain Solver (MQS)
Surface impedance materials for LF Frequency Domain Solver (MQS and Fullwave)
Lumped network elements
Layered nonlinear material with solid-bound coordinate systems
Anisotropic materials with solid-bound coordinate systems (Cartesian, Cylindrical, Spherical)
Automatic pre-computation of conduction currents for Magnetostatic Solver
CST PARTICLE STUDIO Solvers
Ramped external fields for the CST PIC Solver
Neglect of space charge effects for the PIC Solver
Improved explosive emission and minimum emission settings for the PIC Solver
Meshing strategy for the CST Particle Tracking Solver
Kick factor calculation for the CST Wakefield Solver
CST PCB STUDIO
Improved 2DTL and 3DFEFD Solver
Improved model assignment for components (devices)
Improved handling of IBIS data
New workflow/dialog for signal integrity analysis (time domain)
New workflow/dialog for exporting PCB structures to CST MICROWAVE STUDIO
Improved visualization performance
CST CABLE STUDIO
Modified/integrated frontend
New modeling of frequency dependent transfer impedance for shielded cables
Enhanced cable-to-field coupling with CST MICROWAVE STUDIO: Radiation/irradiation for time domain
CST MPHYSICS Solvers
Nonlinear Mechanical Solver for large deformations
Tetrahedral-based Thermal Solver
Radiation for Transient Thermal Solver
Import of force density distributions from CST EM STUDIO Solvers
CST MICROSTRIPES
Improved handling of wires and circuits in the TLM discretizer and solver
Improved handling of slot discretization
Support of discrete face ports
CST DESIGN STUDIONew result tree structureUnified external port definitionEnhanced RoutingNew 3D Layout viewerEasy conversion from a CST DS layout to a CST MWS 3D modelAutomatic synchronization of global parameters in 3D model and schematic for MWS / EMS / PS / MPS / CS projectsOptimizerNew algorithm using sensitivity information and trust region convergence safeguardUnified result access by using template based post processingPost processing optimizationFeatures the use of previously stored parameterized data (optional)Results / Post ProcessingHandling of CST MWS S-parameters as complex results. New toolbar for selection of Re/Im/Am/Ph/dB/Polar Plot or as Smith Chart
Field lines plot for 3D vector fieldsVBA / MacrosUnification of 0D/1D result template handlingComplex and multiple result templates

Macros里面的“Archive Multiple Projects”里竟然没有2011年……。

离散端口现在可以添加"Label"；
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。
CST MWS 2011帮助文件《Discrete Port》。

CST MS里面的TLM solver现在集成在CST MWS中，不需要额外的license。
CST MWS 2011帮助文件《TLM Solver Parameters》。

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。
CST MWS 2011帮助文件《Special Mesh Properties - General》。

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。

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”。
还有我发现的几个：
Macros - Constructs - Enclosure，这个选项跟以前MS的Enclosure功能一样。

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。

Objects - Solid 2 Sheet，也是以前MS的功能，但是多了一个Sheet to Solid的功能。

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