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Gain a precise understanding of loads

LMS TecWare focuses on monitoring and comparing essential durability related aspects to select representative loading scenarios. A core capability of LMS TecWare is its extensive range of dedicated durability-specific data interpretation methods. These methods are based on statistics, rainflow and frequency analysis and help engineers efficiently qualify and quantify the load data durability potential.

The extensive range of dedicated durability-specific data analysis methods - based on statistics, rainflow counting and frequency analysis - helps engineers efficiently qualify and quantify the load data durability potential. A wide range of embedded display capabilities helps users quickly assess the durability impact of various road surfaces, compare loads collected using multiple sensors or correlate test and simulation results. Displays include: from-to or range-mean cycle count visualization, single-click switching between rainflow and range-pair or level crossing view, on-the-fly translation of cycles into pseudo-damage and visualization of pseudo-damage as a function of GPS position on Google™ Earth maps.

Get more out of your data

LMS TecWare incorporates innovative technologies co-developed and validated with leading automotive OEMs that help you get more out of your data. Optimize your components’ fatigue performance by running in-depth fatigue life analyses on measured strain histories, gain a better understanding in multi-axial loading conditions (e.g. measured using wheel force transducers) through multi-axial rainflow counting. Perform dedicated rainflow analysis on shafts or gears using rotating rainflow counting.

Features

Complete toolset for durability load data analysis and synthesis
On-the-fly interactive usage as well as streamlined analysis
Compliant with SAE, AFNOR and DIN standards

Extract more out of your data-in-depth fatigue analysis, insight into multi-axial loading conditions, rotating component analysis
Optimize your components’ fatigue performance
Innovative technology co-developed and validated with leading automotive OEMs

Covering a range of industries, LMS application cases let you discover how LMS solutions help our customers solve their real-life engineering challenges.

ASCO and VUB Engineer Slat Tracks for Optimal Safety

Advanced research, conducted by ASCO, LMS and the Vrije Universiteit Brussel (VUB), is directed at how to re-design safety-critical components of airplanes. The team is applying life-prediction methods on virtual prototypes, using optimized test scenarios on the physical prototype and applying on-line damage-detection techniques during the physical test.

Behr Innovates Thermal-management Solutions with LMS Technologies

A world on the move demands vehicle transportation with comfort in the cockpit and reliability under the hood. “Made by Behr” represents innovative thermal management solutions, which are increasingly adopted by the world’s leading automotive and other ground vehicle OEMs. Behr has truly established a climate of innovation, by resolutely exploiting the power of virtual simulations and test-based validations and making them standard practice in its worldwide organization.

Luxury carmaker Bentley accelerates into the fast lane with LMS TecWare

Maintaining renowned Bentley brand characteristics such as unquestionable quality and the distinctively unique Bentley driving experience are important factors when expanding the vehicle model range. This is why Bentley Motors Ltd. uses LMS load data processing technology to double testing speeds for their impeccably tuned suspensions.

>> DAF Performs Durability Engineering at a Million Miles a Week
>> DaimlerChrysler Reduces Time To Generate Testing Signals By One-third
>> LMS TecWare at Ford Dunton Slashes Simulation Time
>> ZF Steps Up Speed and Accuracy of Durability Testing with LMS Software

Brochures

Download the LMS TecWare Brochure

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	gain a precise understanding of durability loads		quickly acces the durability of various road surfaces		in-depth fatigue analysis, insight into multi-axial loading conditions, rotating component analysis

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