Consulte más información sobre funcionalidades recién desarrolladas, sobre procedimientos en cuestiones de dimensionado y optimización, etc. y considere ejemplos de cálculo directamente desde su puesto de trabajo. Nuestras demostraciones web interactivas son gratuitas - Solo necesitará 45 minutos para conocer una gran variedad de aplicaciones de KISSsoft.
En nuestras demostraciones web obtendrá información sobre temas relacionados con los programas de cálculo KISSsoft. En caso de que se haya perdido la demostración web, las grabaciones estarán disponibles al día siguiente.
The loaded tooth contact analysis (LTCA) is crucial in understanding the deformation of gears and its impact on various factors such as noise generation, contact patterns, contact shocks, and torque variations. With the contact analysis feature in KISSsoft®, users can calculate tooth contact under specific torque and speed levels, thereby assessing the performance of gears and gearboxes. LTCA forms the foundation for a robust micro-geometric gear design, including lead and profile modifications. In this web-demo, you will gain insights into parallel axis and coaxial gearboxes, focusing on the following aspects:
The gear body of a gear is the main determinant of its stiffness. It is thus becoming clear in industry that designing a high-performance gear or drivetrain is barely possible without an accurate consideration of the gear body stiffness. KISSsoft® addresses this challenge by combining the FE method with analytical models. Our Software Developer, Dipl. Eng., MSc Theofanis Tsiantas, will show you:
Take 60 minutes to learn more about the functions of KISSsoft®!
Learn more in the web demo about how the enhancements in KISSsoft®Release 2023 will make your gear and shaft design more efficient, how the effect of the gear body geometry is and the tool design process can be optimized. The following points will be presented:
Please take 60 minutes time for this web demo.
Low noise and minimum vibrations are key to quiet and efficient operation. Profound NVH analysis is the answer to optimize noise and acoustics in conjunction with reduced vibration behavior of vehicles and vehicle components such as electric drive train systems.
KISSsoft® offers the user the possibility to perform an NVH assessment of gearboxes. The calculation of the noise excitation within the drive train is based on the forced vibration, which leads to the determination of the transient bearing loads.
These results are then transferred to the multi-body simulation program RecurDyn and applied to the flexible housing structure. This allows the system response of the housing as airborne sound to be viewed in steady state. In addition to the usual outputs, the engineer also has the radiated power ERP (Equivalent Radiation Power) at all points of the enclosure at his disposal.
Noise emissions from gear units in electric vehicles are a major problem. In practice, the profile form deviation is controlled strictly. For this reason, it is important to find a method that can be used to estimate the influence of the manufacturing accuracy. The application of this method to some modern gear units will be presented in our web demo:
Learn more about how the enhancements in KISSsoft® Release 2022 will make your gear design more efficient and refined. We are also excited to show KISSsoft® in a modernized look. Further topics:
Please take 60 minutes time for this web demo.
The three-day event featured one topic per day addressing the specific requirements and challenges of e-drive transmissions, with particular attention to minimizing gear noise.
The first day was dedicated to the design of e-drive transmissions and looked at several aspects of gear design in an EV system environment. High rpm’s, reversal of load direction, low vibration excitation, high contact ratios, increased risk of scuffing, deformed housings - the design, optimization and service life calculation of gears for e-drives is a world of its own.
We will present various applications and provide an overview of the functionalities for manufacturing in KISSsoft®:
• Design tools with protuberance, semi-toppings and modified pressure angle
• Calculate tooth thickness dimensions for span widths, measurement over balls and graphical evaluation
• Collision check for power skiving and honing
• Evaluate grinding notches and tooth root stresses
• Calculate noise excitation from manufacturing simulation or measured gears
• Manufacture non-evolute gears such as park lock gears or sprocket gears
Please take 60 minutes time for this web demo.
Our web demo provides you with an overview of various features in the KISSsoft® bearing calculation:
We would like to show you the numerous new features in KISSsoft® Release 2021 for gears, shafts, bearings and other machine elements. Also the news in drivetrain and system calculation will be shown.
Have a look at these new features:
One of the key aspects in modern software development is to give end users sufficient freedom to adapt their working environment to current market requirements. In KISSsoft, various options are available for personalizing the software handling and tailoring it to your own needs.
Plastic gears offer the engineer more freedom to influence the tooth form, since they are usually manufactured using injection molding instead of hobbing processes. In this web demo, we will show you the options in KISSsoft for designing plastic gears.
Language: English
The simulation of the NVH behavior is essential for certain types of gears and contributes significantly to the evaluation of gear optimization. The forced vibrations arise from the excitation in the gear mesh and are transmitted to the housing as variable forces and moments at the bearings. The radiated power is determined enabling an assessment of the noise behavior of the transmission.
Language: English
The gear design process in KISSsoft is linked to manufacturing and measuring. For gears measured on Gleason Metrology Systems, the measurement data is looped back to KISSsoft.
Language: English
Process-dependent load spectra are often used for strength assessment of gears. Measured data as time series are then to be converted into a load spectrum. If the time series do not contain load reversal, the "Simple Count" method can be used.
We would like to show you the numerous new features in KISSsoft Release 2020 for gears, shafts, bearings, other machine elements and system calculation. Have a look at them in this 45 minute webinar.
This web demo will cover the innovations in ISO 6336, the most important standard for strength calculation of cylindrical gears. Our experts – Dr. Eng. Ulrich Kissling, MSc. Eng. Ilja Tsikur und Grad. Eng. Hanspeter Dinner – will explain the theoretical background and show you the effects of the changes using examples from wind power, EV gearboxes etc.
In 50 minutes, Eng. Ilja Tsikur will show you how to design and optimize gears for E-Mobility applications in KISSsoft. Followig topics are covered: building up the kinematic model, sizing of gear macro-geometry and of protuberance cutter profile to eliminate grinding notch, loaded tooth contact analysis, sizing of gear micro-geometry for low noise excitation and more.
We would like to show you the numerous new features in KISSsoft calculation program for gears, shafts, bearings and other machine elements. Get an overview of the new features in the KISSsoft Release 2019 during this 45 minutes demo.