[行业软件]KISSsoft 2025 SP0 授权 [复制链接]

图片:KISSsoft 2025.png

KISSsoft 2025   | 840.6 mb
Languages Supported: Español, 中文, Deutsch, English, Français,
Italiano, 日本語, Português, Русский


KISSsoft 2025 版的新功能

铁姆肯公司目录和调整后的轴承寿命

对于铁姆肯公司滚动轴承，用户可以通过连接到铁姆肯公司在线服务来计算其使用寿命。然后，铁姆肯公司会计算 KISSsoft 中无法直接获得的额定寿命，并将其转发到 KISSsoft 环境。这些评级包括基本额定值、L10h 和调整后的 L10a3h 额定值。计算在轴和轴承计算模块中可用。需要一个铁姆肯公司账户，该账户还允许使用铁姆肯公司云服务的内部几何形状。最终的轴承寿命在结果窗口和详细的轴承寿命报告中报告，与 ISO 281 和 ISO/TS 16281 沿线的基本、修改、参考和修改参考评级平行。

Rollout – 根部直径公差分析

：如果将前加工和最终加工相结合，KISSsoft Rollout 计算和相应的图形可提供圆柱齿轮几何形状的精确分析和可视化。它用于检查尖端和根部直径，包括公差评估。用户根据行业标准或自己的输入为工件齿厚和加工毛坯公差定义公差，以匹配用户的确切要求。通过最小、名义和最大毛坯评估，用户可以评估刀具公差在最终加工后如何影响齿形。该软件计算 dFa、dFf 和最大底切等关键参数，以确保正确划分网格。

图形和表格仪表板

图形对于快速了解齿轮组、轴或轴承属性至关重要。它们增强了与客户、经理和工程演示的互动。KISSsoft 为所有模块提供广泛的图形，可根据用户偏好进行定制。KISSsoft 中的仪表板以结构化布局显示多个图形，例如 2 x 3 图形的模式。每个模块都包含一个默认排列方式，用户可以通过文本文件创建自己的仪表板。图形按“几何”、“强度”或“接触分析”等主题分组，并显示在独立的选项卡中，以便即时反馈。此功能提高了效率和可用性，与当今的多显示器工作流程保持一致，使 KISSsoft 在密集使用中更快、更直观。

滚齿 - 加工时间、干涉检查、滚刀移动

KISSsoft 根据工艺参数计算切削时间和屑到屑时间。对于成本分析，它需要诸如刀具寿命 （以米为单位） 和刀具成本（包括滚刀购买、脱涂层、重磨和重涂）等输入。生成的输出提供了该过程的详细成本明细。刀具和工件轮廓之间的干涉是通过刀具路径与干涉轮廓的图形表示来评估的。切屑厚度和进给标记使用轴向和径向进给率、切削速度和保住旋转来确定。

Sketcher
SP 1 - Annotation improvements
Several minor issues with annotations have been improved. The data update between annotations and element editor has also been improved.
SP 1 - Mirroring face gears
Mirroring face gears is now possible.

Forced Response Gears
SP 1 - Forced response analysis of the gear mesh outputs in the time domain
Forced response analysis of the gear mesh outputs in the time domain is shown based on the last running speed.

Gears
SP 1 - Bold print variant solution in gear sizing results
Bold print indicator fixed for gear sizing result tables.
SP 1 - Considering tooth contact stiffness from tooth form in load spectrum
Tooth contact stiffness from tooth form is now considered correctly in the load spectrum calculation.
SP 1 - Gear body overlaps with gear geometry in the 3D viewer.
Fix of the overlap of the gear body and the gear geometry in the 3D viewer (in gear calculation, shaft calculation and KISSdesign).
SP 1 - Input of temperature in the load spectrum
The input field for the temperature in the load spectrum table is now shown correctly.
SP 1 - Material properties of Duracon M90-44 from Polyplastics
Root fatigue data is added for plastic material Duracon M90-44 from Polyplastics. Some general material properties are also updated.
SP 1 - Rounding for number of teeth
Double value for number of teeth is rounded instead of truncated for the integer setting for the number of teeth.
SP 1 - The oil viscosity graph is shown correctly for small viscosity values
The oil viscosity graph was now correctly drawn even when the oil viscosity is smaller than 10.

Cylindrical Gears Rating
SP 1 - Improvement in the calculation of YCHD and ZCHD factors calculated according to FVA 271
YCHD and ZCHD factors calculated according to FVA 271 now properly consider the min/max hardening depth defined by the user.
SP 1 - Influence of alternating bending on the flank safety factor
Tooth flank load spectrum setting "Calculate both cases and document the unfavorable case" works correctly in cases that YM factor for all gears is set to 1.0.
SP 1 - Scuffing results in the special Load spectrum report
Scuffing results per bin are now shown again in the special load spectrum report.

Cylindrical Gears Contact Analysis
SP 1 - Comments added back to contact analysis graphics
The texts in the contact analysis graphics were missing and now are available in the comments window.
SP 1 - Legends added back to contact analysis graphics
The legends were missing from the contact analysis 2D graphics and are now added back.
SP 1 - Number of pitches is set based on pitch error
If the "Own input" is not selected for resolution, the number of pitches used in the contact analysis will always be 1, if there is no pitch error, and 2, if there is pitch error. Previously it didn't revert back to 1 when pitch error was removed.

Cylindrical Gears Geometry
SP 1 - Pinion type cutter dimension in tab Tooth form
Pinion type cutter dimension in tab Tooth form were not drawn correctly in case a full rounding or chamfer was set.
SP 1 - Profile diagram shows individual modification curves properly
Profile diagram shows individual modification curves properly when the axis settings is set to roll angle, diameter and rotation angle.
SP 1 - Step export of a planetary system that contains a planet carrier
Improved stability of the software during the step export of a planetary system that contains a planet carrier.
SP 1 - Tool drawing with dimensions
Several improvements were made to the tool dimension drawing.

Globoid Worm Gears
SP 1 - The user input for J0T coefficient
The user input J0T coefficient for wear calculation is now saved in the calculation file.

Shafts
SP 1 - Calculation of factor KWK,RS according to FKM
Formula for the calculation of factor KWK,RS to estimate the fatigue limit of surface treated components according to FKM has been corrected.
SP 1 - Internal message for beams fixed in shaft editor
Internal RotCAD message for beams has been fixed in the shaft editor.
SP 1 - KAK factor was calculated with maximum equivalent stress instead of the equivalent stress per load bin
The KAK factor per load bin was calculated with the maximum equivalent stress σmv and τmv instead of the equivalent stress per load bin.
SP 1 - Shaft solver convergence
Convergence of shaft solver for classic bearing calculation has been improved for some cases.
SP 1 - Update of a gear calculation file connected to a shaft calculation file
Improvement for the case a shaft calculation file reads the gear data from a gear calculation file and something changes in this gear calculation file.

Bearings
SP 1 - Fatigue load limit for custom rolling bearing read from the file
Fatigue load limit Cu for custom rolling bearing, whose data was read from the calculation file, was not considered in the calculation of modified reference rolling bearing lifetime. Instead, internally calculated fatigue load limit was used.
SP 1 - Rolling bearing damage for single load level and lifetime from load spectrum
When calculation with single load level and lifetime from load spectrum is chosen, rolling bearing damage calculation now considers lifetime from chosen load bin (before nominal required service lifetime was considered).
SP 1 - Rolling bearing lifetime calculation with single bin calculation
Rolling bearing lifetime calculation for single bin with the lubricant temperature defined individually per bin has been improved.
SP 1 - Rolling bearing table structure
The structure of the rolling bearing table has been improved.

Bolts
SP 1 - Typing error in formula of the guideline VDI 2230 paper 1 (2015) to calculate the length of engagement
Typing error in formula of the guideline VDI 2230 paper 1 (2015) to calculate the length of engagement (Bolt thread critical) is fixed. In formula 213 denominator D1 instead of dmin should be written.

Proof of Strength with Local Stresses
SP 1 - Reference stress slope G'σ3 for FKM calculation
The reference stress slope G'σ3 (Gτ) is now calculated acc. to FKM guideline 7th Edition (2020) equation 4.3.18.

FEM Calculations
SP 1 - Fine tune the FEM mesh density of big planet carrier models
Improve between runtime and accuracy of the FEM calculation for big planet carrier models.
SP 1 - Improvement of the LTCA - FEM interface for gear body calculations
The internal interface of LTCA to FEM in case of gear body simulations was improved and made more robust. Appropriate user message was added.
SP 1 - View of the gear body in the 3D graphic of the gear
The gear body was not shown in the 3D view of the gear after a gear body calculation.

COM-Interface
SP 1 - Running rough sizing through COM or skript
Running rough sizing for gears is possible again through COM or skript. The corresponding functions are setupRoughSizing() and calculateRoughSizing().

Scripting
SP 1 - Graphic generation through SKRIPT
Improvement of image generation from SKRIPT. Robustness issues have been resolved.
SP 1 - Stopping a script causes deletion of code
Bugfix of the editor losing the previous run code, when the running script was stopped manually through the editor.

CAD-Interfaces
SP 1 - Interface to Autodesk Inventor 2025
Interface to Autodesk Inventor 2025 added.

Interfaces for Data Exchange
SP 1 - Clean additional mass component attributes in the REXS_Export function
Clean attributes in additional mass component in the REXS_Export function of KISSsys.
SP 1 - GDE export of design_helix and design_profile
Values in the GDE file for design_helix and design_profile are now exported in millimeter units.
SP 1 - GDE export of internal gears
Measurement tolerances for MdK are now exported with the correct sign for internal gears.

KISSsys
SP 1 - Database access error for shaft calculations with needle cage bearings
When trying to calculate KISSsys files created before release 2024, which contain needle cage rolling bearings with wrongly set clearance, a message with Database access error was being shown.
SP 1 - Journal bearings' reaction forces
Reaction forces from the journal bearings are now transferred from the shaft calculation to the system calculation.
SP 1 - Shaft axis alignment dialog
The selection of own input to calculate the axis alignment is now available.
SP 1 - Spiral bevel gear setting
The setting for spiral bevel gear in the bevel gear calculation is transferred from KISSsoft to KISSsys.
SP 1 - Support's reaction forces
Reaction forces from the supports transferred from the shaft calculation to the system calculation.

KISSsoft is a modular calculation program for the design, optimization and verification of machine elements according to international standards. The individually customized software packages for a wide variety of applications guarantee tailor made solutions and the integration to all common CAD software complete the product.

KISSsoft release 2024 highlights


Learn how the enhancements in the KISSsoft 2024 release are useful in your everyday gear calculations.
KISSsoft is part of multi-national Gleason Corporation, as a wholly owned subsidiary. KISSsoft AG directly serves various industries and customers globally. The most powerful source of ideas are our customers: Suggestions and recommendations from innovative companies throughout the world have all contributed to the further development of our software, ensuring that KISSsoft, KISSsys as well as KISSdesign are always at the forefront of technology.

Owner: KISSsoft
Product Name: KISSsoft
Version: 2025
Supported Architectures: x64
Website Home Page : www.kisssoft.com
Languages Supported: multilanguage
System Requirements: Windows *
Size: 840.6 mb

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