Цитата(Pir0texnik @ Feb 26 2013, 18:31)
что нового в сабже 15.0.2 ?
вот что пишут :
HFSS 15.0 Major Enhancements
============================
- Cut plane fields span all array cells
- Antenna phase center determination via Optimetrics
- Unified causality/passivity enforcement for HFSS and Solver on Demand
- Domain decomposition using MPI
- Non-uniform finite arrays
- IE radiation boundary for finite arrays
- Composite excitations for all driven designs
- Feedback from ANSYS Mechanical stress analysis
- Hearing Aid Compliance Toolkit
- Field calculation in cylindrical and spherical coordinate systems
- Field post-processing on non-model sheet objects
- Transient multi-terminal ports including support for differential signals
- Enhanced distributed solve efficiency of the interpolating sweep in HFSS and Solver on Demand
- Hybrid MPI/OMP IE solver
HFSS 15.0.2 Service Pack Updates
================================
DE49482: Corrects an error in field computation of fast sweep solutions
DE51733: The correct number of HPC licenses are now checked out when multi-processing is
utilized in an HFSS-IE distributed memory simulation.
DE50650: Matrix convergence definitions will be saved properly when the solution setup is
established by script.
DE46980: Addresses a domain solver hang in designs that incorporate many metallic sheet
IE regions
DE47597: Corrects the far-field calculation when an infinite ground plane is present in a
design that contains a dielectric IE region
DE48956: Fixes erroneous S-parameters that result from including an anisotropic impedance
boundary in a design
DE52269: Corrects a far-field calculation error that occurs in some cases when an infinite
ground plane is present
DE51510: Fixes a mesh read failure that can occur during simulations that use MPI
DE49098: A proper error message is now displayed when computer RAM is depleted during a
domain simulation.
DE47882: Removes an unnecessary validation check in the solver for master/slave faces
in finite array designs
DE50376: Corrects an erroneous far-field result that can arise when an IE radiation
boundary touches a metal surface
DE49069: Fixes an HFSS desktop crash that occurs for some DXF geometry imports
DE49246: Correctly handles edge directions in exporting non-linear geometry in GDSII export
DE49657: Exports elliptical arcs as segments instead of circular arcs to avoid distortion
DE44968: MATLAB optimizations will now operate as expected.
DE48872: Eliminates a hang in the scheduler integration panel for large LSF and SGE
computing clusters
DE49976: Corrects a defect in the ramp color map of 3D plots and field overlay plots that
blackens the plot for certain colors
DE51916: The "Limit number of engines per node to" setting in the job scheduler panel
will now be respected.
DE49692: The proper number of primary sweep points will now appear in data exports of
multi-curve plots.
US64313: Improvements to Large-Scale DSO
- Corrects a data error during result extraction for certain design variations
- Uniform time sampling can now be specified with just the name of the primary sweep
- Traces that are not tied to the state of design will now be ignored
Цитата(sidy @ Feb 26 2013, 19:43)
... В интернете нашел похожую статью "Моделирование дифференциального трансофрматора тока в Ansys Maxvell 3D" В данной статье имеется следующий рисунок:
Вопрос: можно ли в HFSS задать обмотку таким же образом и как это можно сделать. Или же тут должен быть другой подход?
не надо лукавить... не нашёл, а вам ссылку дал многоуважаемый я )))
Цитата(sidy @ Feb 26 2013, 19:43)
Вопрос: можно ли в HFSS задать обмотку таким же образом и как это можно сделать. Или же тут должен быть другой подход?
можно. Draw - Equation Based Curve, формулы тороида в инете есть.
другое дело что задача чистой воды Maxwell, как вам уже сказал EUrry.
Вопросы по HFSS
Feb 22 2013, 07:35
