ME’scopeVES cracked with all applications

The ME’scopeVES Visual Engineering Series of software packages and options makes it easier for you to observe and analyze noise & vibration problems in machinery and structures using either experimental or analytical data.  This series can import time and frequency domain data from over 40 different third party disk file formats.  It can import structure model data from 15 different disk formats, and shape data from 10 different disk file formats.  With one of its Multi-channel Acquisition options, you can setup and acquire data directly from over 15 different acquisition front ends.

The industry-leading photo-realistic interactive 3D animation in ME’scope allows you to observe order-related operating deflection shapes from running machinery, resonant vibration and mode shapes from real structures, vibro-acoustic shapes, and engineering data of any kind directly from experimental or analytical data.

With ME’scope you start with the basic Visual ODS package and add features to it by choosing from among 10 different types of VES options. Any VES option can be added to any ME’scope package to increase its capability. Options include Advanced Signal Processing, Basic Modal Analysis, Multi-Reference Modal Analysis, Operational Modal Analysis, Vibro-Acoustic Analysis, Dynamics Modeling & Simulation. Structural Dynamics Modification, and Experimental FEA.

The ME’scopeMSS Machine Surveillance Series is a network- based series of software packages and options that includes all of the tools you need to remotely monitor a wide variety of rotating machinery and structures. This series utilizes the time-tested ME’scope software as its foundation. Designed as a network-based machinery monitoring and preventative maintenance solution, the Machine Surveillance Series combines all the capabilities of a professional noise & vibration analysis software package with the simplicity of a red light–green light monitoring system.

With any ME’scopeMSS package, you can continuously acquire, post-process, archive, display, and analyze vibration, acoustic, temperature, pressure, voltage/current, flow rate, or any type of process variable from any type or rotating or reciprocating machinery. Each ME’scopeMSS package includes the following,

• A secure machine-based archival Database which can located either on a local computer, on a local area network, or in the cloud on the Internet
• Trend plots of all archived data
• Trace plots of all archived time waveforms or frequency spectra
• 6 user-definable warning levels for each monitored parameter
• Warning levels can also be applied over frequency or time spans
• Event log for documenting all warning level violations
• Email or phone text message notification of all warning level violations
• User definable short-term and long-term archival storage of monitored parameters
• User definable pre & post-event storage of monitored parameters
• A Gauge assigned to each parameter displaying current & baseline values, and warning levels

The ME’scopeMSS software can also be housed in a Vibrant Portable Hardware carrying case and located near the monitored machinery and equipment.  A phone modem can also be used to transmit data from remote locations to the archival Database, which can be located in the cloud on the Internet. A network-based surveillance camera can also be mounted near the machine, and a live feed provided to the software.

The ME’scopeESS Environmental Surveillance Series is a network-based series of software packages and options that includes all of the tools you need to remotely monitor construction & environmental test sites. The Environmental Surveillance Series is the result of 20+ years of experience in the design, sales, and support of noise & vibration signal post- processing, analysis and display software at Vibrant Technology. It utilizes the time-tested ME’scope software as its foundation. Designed as an environmental noise & vibration monitoring solution, an ME’scopeESS package combines the capabilities of professional noise & vibration analysis software together with a secure archival Database, and provides the simplicity of a red light-green light monitoring system.

With any ME’scopeESS package, you can continuously acquire, post-process, archive, display, and analyze vibration, acoustic, temperature, pressure, voltage/current, flow rate, or any type of process variable from an environmental test site. Each ME’scopeESS package includes,

• A secure site-based archival Database which can located either on a local computer, on a local area network, or in the cloud on the Internet.
• Trend plots of all archived data
• Trace plots of all archived time waveforms or frequency spectra
• 6 user-definable warning levels for each monitored parameter
• Warning levels can also be applied over frequency or time spans of acquired data
• Event log for documenting all warning level violations
• Email or phone text message notification of all warning level violations
• User definable short-term and long-term archival storage of monitored parameters
• User definable pre & post-event storage of monitored parameters
• A Gauge assigned to each parameter displaying current & baseline values, and warning levels

The ME’scopeESS software can also be housed in a Vibrant Portable Hardware carrying case and located near an environmental site.  A phone modem can also be used to transmit data from remote sites to the archival Database, which can be located in the cloud on the Internet. A network-based surveillance camera can also be mounted near the site, and a live feed provided to the software.

The ME’scopeQTS Qualification Testing Series is a network-based series of software packages and options that includes all of the tools you need to test and qualify test articles, either during production or in the field following scheduled (or un-scheduled) maintenance. The Qualification Testing Series is the result of 20+ years of experience in the design, sales, and support of noise & vibration signal post- processing, modal analysis, and animated shape display software at Vibrant Technology. The Qualification Testing Series utilizes the time-tested ME’scope software as its foundation. Designed specifically for qualification testing applications, an ME’scopeQTS package combines an archival Database, the capabilities of a professional noise & vibration analysis software package, and the simplicity of a red light-green light pass-fail system.

With any ME’scopeQTS package, you can acquire, post-process, archive, display, and analyze vibration, acoustic, temperature, pressure, voltage/current, flow rate, or any type of process variable from any type test article. Each ME’scopeQTS package includes the following,

• A secure test article-based archival Database which can located either on a local computer, on a local area network, or in the cloud on the Internet
• Trend plots of all archived data
• Trace plots of all archived time waveforms or frequency spectra.
• 6 user-definable pass-fail levels for each monitored parameter
• Pass-fail levels can also be applied to frequency of time spans
• Event log that documents all pass-fail level violations
• User definable short-term and long -term archival storage of monitored parameters
• A Gauge assigned to each parameter displaying current & baseline values, and pass-fail levels

The ME’scopeQTS software can also be housed in a Vibrant Portable Hardware carrying case, making it easy to use in the field or at different production locations.  A phone modem can also be used to transmit data from remote locations to the archival Database, which can be located in the cloud on the Internet.

An Operating Deflection Shape (ODS) is the simplest way to see how a machine or structure moves during its operation, either at a specific frequency or moment in time.  An ODS contains the overall dynamic response of a structure due to forced and resonant vibration.   Time-based ODS animation sweeps a cursor through a set of time histories describing motions at multiple points and directions on a test article.  You can stop the animation, back it up, and play it forward to observe in slow-motion phenomena that may have taken place very quickly in real time.   With frequency-based ODS animation, you simply move the cursor to a frequency of interest in your data, and the ODS for that frequency is displayed.  With this animation, you can observe resonant vibration as well as order-related and other types of forced vibration.

When the excitation forces causing a structure to vibrate are not measured, then FRFs cannot be calculated, and modal parameters can only be extracted for output-only or operational measurements.  Nevertheless, a key advantage of OMA is that data can be acquired under real-world operating conditions.   This option contains all of the features of the Multi-Reference Modal Analysis option, plus special tools for curve fitting measurements obtained from output-only or operating data.  A common OMA measurement is a Cross spectrum, which is calculated between a roving accelerometer and a reference (fixed) accelerometer.  After a set of Cross spectra has been specially windowed, they can be curve fit using FRF-based curve fitting methods to obtain operating mode shapes.

This option post-processes and displays Acoustic Intensity, Sound Pressure Level (SPL), and Sound Power. It allows you to analyze vibro-acoustic problems by displaying both vibration and acoustic data together in the same animated picture.   Acoustic Intensity is measured with a two to four channel acquisition probe and a multi-channel acquisition system. Each Intensity measurement is made either normal to an acoustic grid or surface, or in three directions (tri-axially) at each grid point.   Sound Power flow through an acoustic surface is calculated from Intensity data. Sound power is displayed on the acoustic surface using a color map.   Interactive Source Ranking allows you to graphically document the breakdown of acoustic energy measured from various components of a test article. Acoustic sources can be ranked according to their percentage of the total power, in dB units or watts.

This option uses a Multiple Input Multiple Output (MIMO) dynamics model to calculate Inputs, Outputs, and Transfer functions.  Each part of the model can be calculated from the other two.   Transfer functions can be calculated from multiple Input and Output time waveforms.  Time domain windowing (Rectangular, Hanning, or Flat Top), linear or peak hold spectrum averaging, triggering, and overlap processing can be applied during Transfer function calculations.  Ordinary Coherences are also calculated for single Inputs, and Multiple & Partial Coherences are calculated for multiple Inputs.   Multiple Output time waveforms or frequency spectra can be calculated from Transfer functions and multiple Input time waveforms or frequency spectra, and animated ODS’s can be displayed directly from the Outputs.  Transfer functions can be derived from experiment or from mode shapes.  Inputs can be derived from experiment or synthesized.   Similarly, multiple Input time waveforms or frequency spectra can be calculated from Transfer functions and multiple Output time waveforms or frequency spectra.  The Outputs can be derived from experiment or synthesized.  This capability can be used for Force Path Analysis.

If a noise or vibration problem is due to the excitation of a resonance, the structure must either be isolated from its excitation sources or physically modified to reduce its vibration response levels.  With this option, you can quickly investigate the effects of structural modifications on the modes of a structure.  The new modes can then be used in MIMO calculations to determine the effect of structural modifications on overall vibration levels.  SDM models structural modifications using industry-standard FEA elements.  The FEA element library includes the same elements used by the Experimental FEA option.   All modification elements are displayed on the 3D structure model. Each element type has its own spreadsheet, where its properties can be viewed and edited.   SDM works with either analytical (FEA) modes or experimental modes of the unmodified structure.  Because the new modes of the structure are calculated so quickly, SDM can be used for Modal Sensitivity studies, where thousands of solutions are calculated and ranked for comparison.  SDM also includes a special command for adding tuned vibration absorbers to a structure.