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主页 » 解决方案概述 » 实物样机试验 » Structures

LMS Test.Lab Structures Overview

LMS Test.Lab Structures

Setting New Standards for Structural Engineering - Structural testing used to be a long and complex process. Not anymore. With LMS Test.Lab and the latest transducer innovations, technicians can perform large-scale modal surveys in less than a day. LMS is renowned for its modal testing experience - from impact testing of small structures to campaigns using many shakers and hundreds of measurement ...

LMS Test.Lab 12 Channel Impact Modal Analysis

LMS Test.Lab 12 Channel Impact Modal Analysis

System for hammer impact testing LMS Test.Lab Impact Modal Analysis provides a complete modal testing solution using impact hammer Frequency Response Function Measurements for up to 11 simultaneous response channels referenced to the hammer input force. All channels support ICP® transducers or any Voltage signal.The Geometry workbook allows fast generation of wireframe and full 3D visualization ...

LMS Test.Lab 24 Channel MIMO Modal Analysis

LMS Test.Lab 24 Channel MIMO Modal Analysis

System for multi-shaker or hammer excitation - The entry-level LMS Test.Lab MIMO system provides a complete modal testing solution supporting single or dual shaker and impact hammer Frequency Response Function Measurements for up to 24 simultaneous channels, all supporting ICP® transducers or any Voltage signal. The Geometry workbook allows fast generation of wireframe and full 3D visualization ...

LMS Test.Lab 60 Channel MIMO Modal Analysis

LMS Test.Lab 60 Channel MIMO Modal Analysis

System for multi-shaker or hammer excitation - This LMS Test.Lab MIMO Modal Analysis solution provides an extremely productive state-of-the-art modal testing solution supporting structural excitation by up to 4 shakers or by impact hammer. Frequency Response Functions can be measured for up to 18 tri-axial vibration transducers or 59 single axis response channels. All channels support ICP® ...

LMS Test.Lab 24 Channel MIMO Sine Testing

LMS Test.Lab 24 Channel MIMO Sine Testing

System for multi-reference sine or hammer excitationLMS Test.Lab MIMO Sine Testing provides a complete solution for FRF-based modeling of large and complex structures that are difficult to excite with sufficient energy using broadband excitation techniques. The applications range from measuring frequency response functions for path contribution analysis, over point mobility measurements of component ...

LMS Test.Lab 60 Channel MIMO Modal Sine Testing

LMS Test.Lab 60 Channel MIMO Modal Sine Testing

System for multi-reference modal testing using sine excitationLMS Test.Lab MIMO Modal Sine Testing provides modal testing and analysis for large and complex structures where broadband excitation with sufficient energy is difficult. Typical applications include (vibro-) acoustic modal testing and analysis, (reciprocal) modal testing and analysis of trimmed car bodies or other large assemblies with ...

LMS Test.Lab 24 Channel Stationary Operational Deflection Shapes Analysis

LMS Test.Lab 24 Channel Stationary Operational Deflection Shapes Analysis

Mobile system for in-operation deformation analysis - This LMS Test.Lab configuration provides a mobile solution 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 ...

LMS Test.Lab 24 Channel Operational Modal Analysis

LMS Test.Lab 24 Channel Operational Modal Analysis

Mobile modal analysis system for identification of modal models from real-life data - LMS Test.Lab Operational Modal Analysis provides a mobile modal analysis and testing solution for the identification of modal parameters (resonance frequencies, damping and mode shapes). The modal analysis starts from user-selected segments of time data measured on a structure in operating conditions. The time histories ...

LMS Test.Lab 96 Channel Operational Modal Analysis

LMS Test.Lab 96 Channel Operational Modal Analysis

High channel count system for modal modeling from real-life data - The LMS Test.Lab Operational Modal Analysis solution identifies modal parameters, starting from user-selected segments of time data measured on a structure in operation. The 96 Channel LMS SCADAS 316 front-end embeds 96 IEEE-1451.4 TEDS compatible channels and supporting, in a single frame, ICP® and Voltage signals. Any subset ...

LMS Test.Lab Structures – Options

LMS Test.Lab Structures – Options

LMS SCADAS III Hardware - 1QDAC - 4 channel Digital-to-analog Source Signal Output Module Output signals with ultra-low distortion and noise are ensured by the use of 24-bit digital to analog bit stream converters, analog and digital reconstruction filters and up-sampling digital filters with noise shaping. The four channel Quad Digital to Analog Converter (QDAC) module includes firmware to support ...

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» Application Cases

An Integrated Approach to the Dynamic Testing of Aerospace Structures

Advanced Test-Based Analysis Solves Wiper Noise Problem in Less Time

Advanced FRF based determination of structural inertia properties

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