Structural Vibration Solutions DEWESoft ARTeMIS Modal Pro v7.2.2.5

This is the basic version of ARTeMIS Modal having a frequency domain method for Operational Modal Analysis, and optionally direct data acquisition support and frequency domain methods for Experimental Modal Analysis. It is the software that allows you to get both modal analysis and operating deflection shapes analysis at a favorable entry price. The software includes setup tasks allowing you to create a project from scratch. There is a geometry generator where test geometries can be made in an object oriented manner, or you can upload gerometries into the software from various popular file formats. Measurements for Operational Modal Analysis and Operating Defection Shapes analysis can be loaded from more than 20 different file formats. Measurements channels can be assigned to the right geometry nodes and directions using drag and drop features. The software has a variety of built-in signal processing tools that can be used to enhance the performance of the analysis methods. In the basic version there are tools for detrending, decimation and filtering of the raw data as well as spectral density estimation. There is alsp an automatic selection of the so-called projection channels for more effective processing. The basic version has the effective Frequency Domain Decomposition (FDD) method for Operational Modal Analysis. There are various validation features available, such as mode shape animation and the Modal Assurance Criterion. In addition, it has time and frequency domain Operating Deflection Shapes analysis. It also comes with a built-in report generator which allow you to produce predefined reports in Microsoft Word and Microsoft Power Point. The basic version seamlessly integrates with the Direct Hardware Control, and Experimental Modal Analysis plugins. This opens up for direct measurements for Operational Modal Analysis as well as e.g. direct impact testing for Experimental Modal Analysis.

Standard is the mid-size version of ARTeMIS Modal that, besides all the tasks and features of the basic version, also includes additional frequency domain methods for Operational Modal Analysis and more validation features. This version includes signal processing for detection of harmonic peaks in the spectrum. Harmonic peaks are caused by the presence of rotating components during measurements of a structure. During operational modal analysis of rotating machinery, it is important to be able to distinguish peaks of structural modes from peaks caused by the excitation. Two additional Frequency Domain Decomposition methods are available, that can estimate mode shapes and natural frequencies with more accuracy. On top, these methods also provide an estimate of the damping ratios. Modal parameters from the three built-in modal estimators can be validated against each other in a special designed validation task. In addition, modes obtained from external tools can be imported through Universal File Format and validated against internally produced results. The Standard version seamlessly integrates with the Direct Hardware Control and Experimental Modal Analysis plugins.

In addition to all features and tasks of the Basic and Standard versions, this version has up to five different time domain methods for Operational Modal Analysis. The methods are all of the very fast en efficient Crystal Clear Stochastic Subspace Identification (CC-SSI) type. These methods estimate the modal parameters directly from the measured time series, and some methods even estimate the uncertainties of the modal parameters. This version also includes effective peak reduction techniques, that can be used for pre-processing of the measurements. It can effectively remove selected peaks that can be e-g. servere harmonic peaks caused by the presence of rotating components during measurements of a structure. The Pro version seamlessly integrates with the Direct Hardware Control and Experimental Modal Analysis plugins. It also integrates with the Structural Health Monitoring plugins for Damage Detection, Modal Parameter History tracking and Interstory Drift Analysis. An Automatic File Upload plugin is also available. With this plugin, files being dumped in a designated folder will automatically be uploaded and processed by the software. In this way, modal parameter estimation and damage detection can be performed automatically with user interaction.

Schlumberger Techlog 2018.1 revision 22098

Schlumberger Techlog – новый программный комплекс для петрофизической интерпретации. На сегодняшний день петрофизика предъявляет высокие требования как к специалисту, так и к программному обеспечению, с которым он работает. Поэтому мощность и функционал программного продукта могут стать решающими факторами, определяющими качество петрофизической интерпретации.

Преимущества, которые дает использование Schlumberger Techlog:

• Повышение эффективности и экономия времени. Все виды скважинных данных собраны вместе в одном программном продукте.
• Современный интерфейс. Интерактивный интерфейс с множеством вспомогательных графических средств.
• Связь с дисциплинами, находящимися за пределами традиционной петрофизики. Наличие инструментов для использования данных по геологии, геофизике и гидродинамике.
• Анализ неопределенности. Повышение качества решения за счет максимального использования ВСЕХ данных и учета неопределенностей в расчетах.
• Расширяемость. Мощный инструмент для интеграции в программу новых методов.

Cadence Design Systems Fidelity Pointwise 2023.1.1

Pointwise - программа для построения трёхмерных сеток различных CFD и FEA приложениях. С помощью этой программы вы можете сделать сетку вокруг любого типа объекта с разнообразной геометрией. Сетки в Pointwise, могут использоваться с программами для анализа, включая вычислительную гидрогазодинамику (CFD) и конечный анализ элемента (FEA). В Pointwise включены фильтры для экспорта сеток в популярные форматы, в том числе для трёхмерных программ. Вы можете строить сетку вокруг любого типа объекта, используя Pointwise это не ограничено никакой специфической геометрией.

CSoft Model Studio CS Технологические схемы 2022

Программа предназначена для разработки технологических и монтажно-технологических схем (марки ТХ, ТТ). Инженерный программный комплекс для создания принципиальных, технологических и монтажно-технологических схем установок и производств.

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Cadence 6SigmaDCX DataCenter Design Pro 2023.2 HF2

Cadence is a pivotal leader in electronic systems design, building upon more than 30 years of computational software expertise. The company applies its underlying Intelligent System Design strategy to deliver software, hardware, and IP that turn design concepts into reality.

Cadence DataCenter Design Software and Insight Platform (formerly Future Facilities 6SigmaDCX product line) offers physics-based simulation software for the next generation of data center design and management to maximize operational performance.

6SigmaRoom by Future Facilities Ltd. has been rebranded into two distinct product offerings from Cadence Design Systems: DataCenter Design and DataCenter Insight. See About DataCenter 2023.2 for more information about these two product offerings.

DataCenter Design and DataCenter Insight Desktop 2023.2 follow on directly from 6SigmaRoom Release 17.1, so all known and fixed issues that applied to 6SigmaRoom Release 17.1 also apply to DataCenter Design and DataCenter Insight Desktop 2023.2

Engineered Software PIPE-FLO Professional v19.0.3747

Engineered Software, Inc.’s PIPE-FLO Professional is the world’s leading fluid flow analysis and design modeling software tool. Within the PIPE-FLO platform, users can experience a variety of modules that solve specific challenges. These versatile tools provide value across multiple disciplines, industries and during all stages in the lifetime of a fluid piping system. They provide a common basis for operators, process and design engineers and management to understand, communicate and document their fluid piping systems and processes. Equally applicable to process, support and distribution systems in commercial, industrial and public facilities, PIPE-FLO products are an invaluable tool for the design, commissioning, operation and modification of fluid piping systems.

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Integrated Engineering Software VisualFoundation v12.00.0001

IES, Inc. creates high quality structural design software for engineering and related professionals. Your solution for general analysis, frames, trusses, shear wall systems, foundations, retaining walls, floor systems and more in steel, wood, concrete, aluminum, cold-formed, and masonry.

Why use VisualFoundation? You have choices in the marketplace, for mat footings -even among IES tools! VisualFoundation shines in a number of areas:

• Dedicated to foundations, so easier to use than VisualAnalysis for this task.
• Automated modeling - the FEA model is built and refined automatically.
• Incorporate the effects of walls and beams in the slab.
• Over 2500 companies use IES tools: one part-time support person at IES!

Major Benefits and Abilities:

• Mat foundation analysis and design.
• Complex mat boundaries, including circular and polygonal templates.
• Generate copies of modeling elements using rectangular or circular patterns.
• Multiple mat thicknesses or soil properties.
• Holes in mats.
• Combined footings.
• Wall footings.
• Walls, grade beams, columns and pile supports.
• Unlimited model size.
• Support for codes: IBC, ASCE 7, ACI 318.
• Automated FEA meshing and soil-spring supports.
• Sophisticated thick-plate finite element formulation.
• Import & Export DXF files.
• Import & Export with VisualAnalysis.
• Improved usability: easy graphics and toolbar commands.

More info

Pythagoras CAD+GIS v23.00.0011

Сегодня для геодезиста доступно множество специальных программ, и часто для начинающего геодеза встает вопрос – с какой программы начать? Следует понимать, что «идеальной» программы вам найти так и не светит. Можно встретить в Интернете утверждения типа «я работаю только в GeoniCS, CREDO, AutoCad» - но это не более, чем частные мнения. Каждая из программ призвана решать определенный спектр задач. То, что подойдет кадастровому инженеру – покажется отстоем топографу-изыскателю или тому, кто работает на стройке.

Поэтому сразу очертим круг задач для Pythagoras CAD:

• Для начинающих. Если вы ранее никогда не сталкивались с геодезическими программами - Pythagoras CAD вам подойдет для обучения, поскольку программа очень проста в освоении, есть подробная инструкция, и Pythagoras CAD решает практически все типовые задачи в области геодезии.
• Для кадастра. Подходит довольно плохо, поскольку не поддерживает основные форматы описания кадастровых участков (для Украины это форматы IN4 и новый XML). Для кадастра советую освоить программу Digitals.
• Для топографа. Подходит. Позволяет быстро отрисовать топоплан в условных знаках, построить горизонтали и т.д. Однако во многих организациях существует стандарт оформления топопланов в той или иной программе. Например в своей работе все полевые планы, абриса и рабочие чертежи я веду в Pythagoras CAD, а при сдаче объекта мне приходиться переводить чертеж под стандарты предприятия (программа на базе AutoCad)
• Для строительного геодезиста. Вариант идеальный, поскольку позволяет вести геодезическую карту объекта со всеми данными (схему обоснования, импортировать генплан, строить исполнительные и д.р.)
• Для маркшейдера. Не подходит абсолютно в силу специфики работы.

JCT Consultancy quickGreen v2.0.3.0

quickGreen is an innovative software tool to help signal engineers measure and calculate phase intergreens for traffic signal junctions. The software is designed not only to speed up the measurement process but also to reduce errors, improve the ease of checking of intergreens and assist with archiving intergreen calculations.

The quickGreen process for determining intergreens is as follows:

• A drawing of the junction is imported into quickGreen from any of the usual sources including AutoCAD, a PDF, satellite imagery or even a scanned drawing.
• After importing the drawing is calibrated to a known scale within quickGreen.
• Lanes, Turning Movement Paths, and Pedestrian Crossings are added by overlaying them on the scaled drawing. Turning Movement Paths can be easily refined to fit any geometry using typically one or two control points on the path.
• As the model is built up, quickGreen will automatically locate intergreen conflict points and measure distances between stop lines and conflict points, as required by the calculation method described above. This results in X distances for the critical conflict points.
• Traffic signal Phases are added to group lanes controlled by the same Phase.
• The critical X distances are used to calculate a Phase Intergreen Matrix using the lookup table in the UK Traffic Signs Manual, Chapter 6.
• Calculated intergreens can be overridden and adjusted if necessary and notes can be added to explain why adjustments have been made.
• The Intergreen Matrix can be exported to LinSig or other signal design software.
• Traffic - Pedestrian and Pedestrian - Traffic Intergreens can also be calculated.
• A detailed PDF report showing how the intergreens were calculated as well as the final Intergreen Matrix can be produced.
• quickGreen can easily accommodate changes to Junction geometry. As lanes or turn paths are moved conflict distances and intergreens are instantly recalculated allowing the effects of changes to Junction geometry to be quickly evaluated.

Medixan RadiAnt DICOM Viewer 2023.1

RadiAnt - это инструмент для просмотра медицинских изображений стандарта DICOM PACS.

Эта программа способна открывать и отображать результаты исследований, полученные из различных модальностей медицинских изображений:

• Цифровая рентгенография (КР,ЦР)
• Маммография (МГ)
• Компьютерная томография (КТ)
• Магнитно-резонансная томография (МРТ)
• Позитронно-эмиссионная томография (ПЭТ-КТ)
• Ультразвуковая диагностика (УЗИ)
• Цифровая субтракционная ангиография (ЦСА)
• Гамма-камера, радионуклидная диагностика (РНД)
• Вторичные изображения и сканированные изображения
• Structured Reports (SR)

Программа поддерживает несколько типов DICOM изображений:

• Монохроматические (как КР, КТ, МРТ) и цветные изображения (УЗИ, 3D-реконструкции)
• Статические изображения (например, КР, МГ, КТ) и динамические последовательности изображений (ЦСА, УЗИ)
• Несжатые и сжатые изображения (RLE, JPEG, JPEG-LS, JPEG 2000)