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What's new in LMS Test.Lab Revision 10
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What's new in LMS Test.Lab Revision 9
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LMS Test.Lab Structures Overview
LMS Test.Lab Structures
Straight-to-the-point structural engineering - Structural testing used to be a long and complex process involving quite extensive trial-and-error and time-consuming test setups. This is no longer the case. With LMS Test.Lab Structures and the LMS SCADAS system, test engineers perform large-scale modal surveys in hours rather than days. They can focus on identifying root causes of vibration problems and apply powerful analysis tools to explore the best solution for practically every structural weakness. ...
LMS Test.Lab Impact Testing
Impact Testing is ideal for small structures, especially when boundary conditions are seriously disturbed by shaker attachment. While it requires minimum test preparation time, data harvesting is a tedious process. LMS Test.Lab provides a complete modal testing solution from measuring frequency responses to performing modal analysis using impact hammer frequency response function measurements for simultaneous response channels. ...
LMS Test.Lab Spectral Testing and LMS Test.Lab Source Control
LMS Test.Lab Spectral Testing and LMS Test.Lab Source Control provide a productive state-of-the-art modal testing solution for structural excitation by up to 16 shakers or by impact hammer. Frequency response function measurements can be performed for simultaneous channels, all supporting ICP® transducers or any voltage signal, and are IEEE-1451.4 TEDS compatible. ...
LMS Test.Lab Operational Deflection Shape and Time Animation
LMS Test.Lab Operational Deflection Shape and Time Animation provides both mobile and lab solutions to measure and visualize the structural deformation of any test item under operational load. The animated vibration patterns can be analyzed as time-history, or at selected frequencies for different load conditions or tracked against rotational speed or any operational parameters....
LMS Test.Lab Modal Analysis
LMS Test.Lab Modal Analysis offers various fast and accurate single or multiple reference parameter estimation algorithms. The FRFs are gathered and automatically organized to give a comprehensive view of the available data and facilitate FRF selection/de-selection. Various sum and mode indicator functions help stabilization diagram interpretation and pole selection. The solution offers a complete set of modal model validation tools. The scrolling FRF synthesis automatically synthesizes FRFs and ...
LMS Test.Lab Operational Modal Analysis
LMS Test.Lab Operational Modal Analysis provides an in-operation testing solution for modal parameter identification, starting from user-selected segments of time data measured on a structure in operating conditions. Time histories are measured with the LMS Test.Lab Parallel Time Recording option of acquisition applications. Any subset of this time data can be used as a reference for the operational modal analysis to obtain optimal reference locations of all excited modes. The hardware configuration ...
LMS Test.Lab MIMO Sine Sweep Testing
LMS Test.Lab MIMO Sine Sweep Testing provides a complete solution for FRF-based modeling of large and complex structures that are difficult to excite with sufficient energy. It uses broadband excitation techniques and its applications range from measuring frequency response functions for path contribution analysis, point mobility measurements of component attachment points to complex stiffness measurements of mounts and bushings....
LMS Test.Lab MIMO Stepped Sine Testing
LMS Test.Lab Stepped Sine Testing provides a multiple input stepped sine excitation to measure multiple input and output frequency response functions to be used for modal analysis. By exciting the structure with a stepped sine, LMS Test.Lab MIMO Stepped Sine Testing combines the high signal-to-noise ratio of sine excitation and front-end controlled input force and provides proper excitation on lightly damped structures....
LMS Test.Lab MIMO Normal Modes Testing
LMS Test.Lab MIMO Normal Modes Testing presents multiple input and output phase appropriation techniques. It is designed to measure resonance frequency, damping and mode shapes of a structure. LMS Test.Lab MIMO Normal Modes Testing automatically adjusts amplitude and phase of the forces injected into the structure to tune a single, normal vibration mode. ...
LMS Test.Lab Ground Vibration Testing (GVT)
LMS Test.Lab Ground Vibration Testing is a complete solution for performing stepped sine and normal modes testing. Together with LMS Test.Lab Spectral Testing, LMS Test.Lab Structures provides excitation capacities ranging from random excitation and swept sine to stepped sine and normal modes, giving engineers an abundance of open loop and closed loop excitation possibilities....
LMS Test.Lab Modification Prediction
LMS Test.Lab Modification Prediction evaluates structural modifications (mass, stiffness and damping) of elements such as mass, spring-damper and tuned absorber on the dynamic behavior of a mechanical structure using modal system synthesis techniques. Multiple modifications can be prepared and saved in a modification set. ...
LMS Test.Lab Rigid Body Properties Calculator
When modeling intricate structures, subassemblies, or mechanism dynamics, the subassembly rigid body characteristics might be too complex or inaccurate to calculate. With the LMS Test.Lab Rigid Body Properties Calculator, LMS offers well-known FRF measurement techniques to extract essential parameters such as center of gravity, moments and principal axes of inertia. ...
LMS Test.Lab Structures – Options
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Download the LMS Test.Lab Structures Brochure
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» News
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» Application Cases
Advanced FRF based determination of structural inertia properties
An Integrated Approach to the Dynamic Testing of Aerospace Structures
Advanced Test-Based Analysis Solves Wiper Noise Problem in Less Time
