Deep Excavation DeepEX 2022 v22.02

DeepEX is an innovative, easy to use, software program for deep excavations, developed by experts for engineers like you. It can perform both geotechnical and structural design for many wall types that include soldier pile walls, sheet pile walls, and diaphragm walls with multiple sections of reinforcement. DeepEX can also perform slope stability analysis with soil nailing. It comes packed with all structural and geotechnical design codes. DeepEX is an upgrade to our DeepEX 16 and DeepXcav 2012 versions.

What does DeepEX do?

• Deep excavation design: DeepEX helps you design deep excavations by offering the most comprehensive software in the world. Many clients have performed designs within 25% of the original time required time.
• Cost estimation: DeepEX is now the only software that offers preliminary cost estimation and quantity take offs.
• Slope stability: DeepEX also performs slope stability analyses so that you do not have to export data to another package, thus saving you time. Checkout below a slope stabilization analysis in Portland, Oregon, with reinforced concrete piles and ground anchors, during an extreme seismic event.
• Analysis methods: DeepEX is the only software in its category that can analyze a wall with limit-equilibrium or elastoplastic methods. In the elastoplastic analysis, the soil is divided in active and passive non-linear soil springs. In the elastoplastic analysis, the lateral soil pressures depend on the soil properties and the proposed construction stage history.
• Building Damage Assessment: DeepEX is the only software that can easily assess the damage potential of ajdacent buildings next to an excavation. DeepEX uses thorough methods to estimate potential crack widths and building settlement in three dimensions. The program then accesses for critial building elemens the damage potential as negligible, slight, moderate, severe, or very severe.
• Design standards: DeepXcav implements a wide range of US and European design standards. These include: AISC, ACI, AASHTO, AS 3600, BS, BS 5950-2000, EC2, EC3, EC7, DIN, DM08, etc.
• Frame Analysis: DeepEX allows you to create the full frame of your deep excavation, and optimize all members within typically 5 minutes.
• Export to DXF: DeepEX has a new module that allows you to export 80% drawings to DXF. You can export multiple stages and create stage sequencing diagrams. You can also export stages with result diagrams.
• Pile Supported Abutments: Evaluate pile supported abutments with all pile types for lateral and vertical pile loads, and also examine their effects on an adjacent excavation.

nanoSoft nanoCAD BIM ОПС 2024 v24.0

Программный продукт nanoCAD ОПС предназначен для автоматизированного проектирования охранно-пожарной сигнализации (ОПС), систем контроля и управления доступом (СКУД), видеонаблюдения, оповещения зданий и сооружений различного назначения.

Особенности nanoCAD ОПС:

• является самостоятельным решением, базируется на собственной платформе, в установке дополнительного программного обеспечения не нуждается;
• разработан с учетом требований стандартов, используемых при проектировании (НПБ 88-2001, РД 25.953-90, РД 78.36.002-99, РМ 78.36.001-99, ГОСТ 21.101-97);
• поддерживает формат dwg, что позволяет работать с сохраненными в этом формате архитектурными планировками, предоставляемыми как исходные данные для проектирования, а также способствует обмену полученными результатами между проектировщиками разных разделов;
• по результатам работы автоматически формирует отчетную документацию.

StruSoft FEM-Design Suite v23.00.002

FEM-Design is an advanced modeling software for finite element analysis and design of load-bearing concrete, steel and timber structures according to Eurocode. The unique user-friendly working environment is based on the familiar CAD tools what makes the model creation and structure editing simple and intuitive. The quick and easy nature of FEM-Design makes it ideal for all types of construction tasks from single element design to global stability analysis of large structures and makes it the best practical tool for structural engineers.

Features:

• The structural model is created easily in 3D with intuitive CAD-tools or imported from BIM-software.​
• The finite element mesh is generated and optimized automatically.
• The Auto Design feature helps to choose the most efficient cross-section or reinforcement arrangement.
• Resultant and connection forces in shell elements can be easily assessed.
• Results are shown in a variety of 3D-graphs, contour lines, color palettes or sections.
• Auto-updated project reports can be created from within the built-in FEM-Design documentation editor.

Theory manual

Release notes

Whats new

Deep Excavation SnailPlus 2019 v19.0.7

Snail Plus is soil nail analysis software. While soil nailing is also available in our DeepXcav software program, SnailPlus was created to bring all the necessary capabilities into one package. The software follows the FHWA methodology for the design of soil nail walls, in an interactive environment built on the DeepEX basic layout. This means that you can include all intermediate construction stages for your soil nail wall, include 3D loads, all in an interactive environment. Last, SnailPlus is the only software that produces a full printable report of all design calculations.

Who uses Snail-Plus? Many companies including deparment of transportation such as Texas DOT, WASH-DOT, GZA, Hayward Baker, ESC Limited, D'Appolonia, Berkel Construction, and more!

Deep Excavation DeepFND 2020 v2.01

DeepFND is a powerful interactive software for deep foundation and pile design. Axial, lateral, settlement, structural and geotechnical analysis options. Incorporates AASHTO, FHWA, IBC, and Eurocode 7 standards.

Pile types: drilled piles, driven concrete, driven steel, driven timbe piles, monotube, CFA piles, drilled-in-displacement piles, micropiles, caissons, helical piles (Premium version)

Methods:

• Settlement analysis, with linear, exponential, and other models
• Lateral pile analysis
• FHWA GEC8
• FHWA GEC10
• AASHTO Norlund
• Eurocode 7
• IBC 2015 standards
• NYC Building Code
• AASHTO LRFD
• Automatic pile length optimization based on geotechnical capacity
• Automatic pile length optimization based on settlement response

Deep Excavation DeepEX (ex. DeepXcav) 2019 v19.1

DeepEX is an innovative, easy to use, software program for deep excavations, developed by experts for engineers like you. It can perform both geotechnical and structural design for many wall types that include soldier pile walls, sheet pile walls, and diaphragm walls with multiple sections of reinforcement. DeepEX can also perform slope stability analysis with soil nailing. It comes packed with all structural and geotechnical design codes. DeepEX is an upgrade to our DeepEX 16 and DeepXcav 2012 versions.

What does DeepEX do?

• Deep excavation design: DeepEX helps you design deep excavations by offering the most comprehensive software in the world. Many clients have performed designs within 25% of the original time required time.
• Cost estimation: DeepEX is now the only software that offers preliminary cost estimation and quantity take offs.
• Slope stability: DeepEX also performs slope stability analyses so that you do not have to export data to another package, thus saving you time. Checkout below a slope stabilization analysis in Portland, Oregon, with reinforced concrete piles and ground anchors, during an extreme seismic event.
• Analysis methods: DeepEX is the only software in its category that can analyze a wall with limit-equilibrium or elastoplastic methods. In the elastoplastic analysis, the soil is divided in active and passive non-linear soil springs. In the elastoplastic analysis, the lateral soil pressures depend on the soil properties and the proposed construction stage history.
• Building Damage Assessment: DeepEX is the only software that can easily assess the damage potential of ajdacent buildings next to an excavation. DeepEX uses thorough methods to estimate potential crack widths and building settlement in three dimensions. The program then accesses for critial building elemens the damage potential as negligible, slight, moderate, severe, or very severe.
• Design standards: DeepXcav implements a wide range of US and European design standards. These include: AISC, ACI, AASHTO, AS 3600, BS, BS 5950-2000, EC2, EC3, EC7, DIN, DM08, etc.
• Frame Analysis: DeepEX allows you to create the full frame of your deep excavation, and optimize all members within typically 5 minutes.
• Export to DXF: DeepEX has a new module that allows you to export 80% drawings to DXF. You can export multiple stages and create stage sequencing diagrams. You can also export stages with result diagrams.
• Pile Supported Abutments: Evaluate pile supported abutments with all pile types for lateral and vertical pile loads, and also examine their effects on an adjacent excavation.

Geosolve GWALL 2023 v4.01 rev.A06.B06.R60, SLOPE 2021 v12.05 rev.A18.B14.R58, WALLAP 2024 v6.08 rev.A57.B76.R60

GWALL (Gravity and Cantilever Wall Analysis Program) analyses a wide range of retaining wall problems including gravity walls and cantilever walls with a base.

SLOPE is a program for analysing the stability of slopes. The program is also applicable to earth pressure and bearing capacity problems. Optional facilities are available for the analysis and design of reinforced soil.

WALLAP is a program for analysing the stability of cantilevered and propped retaining walls. WALLAP is suitable for the analysis of both temporary works, such as sheet pile walls, and permanent works such as reinforced concrete diaphragm walls and contiguous bored pile walls.

JSOL Corporation JMAG-Designer v23.1

JMAG is a simulation software used to develop and design electric devices. JMAG was originally released in 1983 as a tool to support the design of devices such as motors, actuators, circuit components, and antennas.

JMAG incorporates simulation technology to accurately analyze a wide range of physical phenomena that include complicated geometry, various material properties, structure at the center of electromagnetic fields and thermal properties. JMAG has an interface capable of linking to third-party software and a portion of the JMAG analysis functions can also be executed from many of the major CAD and CAE systems.

JMAG is actively used to analyze designs at a system level that includes drive circuits by utilizing links to power electronic simulators. Engineers use JMAG for the development of drive motors for electric vehicles.

More info

nanoSoft nanoCAD BIM Водопровод Канализация 2024 v24.0

nanoCAD BIM Водопровод Канализация - BIM/ТИМ-решение на платформе nanoCAD для проектирования и расчета моделей внутренних систем водоснабжения, канализации и пожаротушения.

Задачи

• Проектирование систем водоснабжения и канализации.
• Проектирование автоматических систем пожаротушения.
• Автоматическая и ручная расстановка оборудования.
• Автоматические расчеты модели и оборудования.
• Автоматическое формирование отчетов и спецификаций.
• Автоматические проверки модели на корректность ее построения.

Преимущества

• Расчет и оформление документации по российским стандартам. Оформление документации по требованиям российских нормативных документов. Строгое соответствие расчетов указаниям СП 30.13330.2020 и СП 485.1311500.2020, автоматический подбор арматуры, приборов, диаметра труб.
• Работа с базами данных производителей оборудования. Базы моделей оборудования включают трубопроводы и фитинги к ним, запорную арматуру, сантехнические приборы, спецоборудование. Все базы открыты для редактирования и пополнения.
• Корректная взаимосвязь 3D-моделей и 2D-чертежей. Функционал программы позволяет автоматически получить корректную 3D-модель по 2D-чертежам, не прибегая к дополнительной ручной доработке модели.
• Автоматическое формирование отчетных документов. Формирование широкого перечня проектных документов (планы расположения оборудования и прокладки трубопроводов, аксонометрические схемы, гидравлические отчеты, спецификация и т.д.)

Ключевые возможности

• Гидравлический расчет водоснабжения и канализации. Соответствие требованиям СНиП 2.04.01-85*, СП 30.13330.2012, СП 30.13330.16 и СП 30.13330.2020. При проведении расчета программа просчитывает трехмерную модель систем, вычисляет среднюю скорость воды и гидравлического уклона. На основе этих расчетов осуществляется подбор арматуры, приборов, диаметра труб и формируется отчет по каждой системе.
• Расчет противопожарного водопровода. Соответствие требованиям СНиП 2.04.01-85*, СП 30.13330.2012, СП 30.13330.16 и СП 30.13330.2020 как противопожарного водопровода, так и хозяйственно-питьевого с подключенными ПК. Расход воды на пожарные краны определяется по таблице СП 10.13130.2020. Программа самостоятельно подбирает диаметр и арматуру для противопожарного водопровода. Также формируется гидравлический отчет.
• Расчет установки водяного спринклерного и дренчерного пожаротушения. Поддерживается выполнение расчета как по отдельности, так и совмещенного с системой внутреннего противопожарного водопровода согласно СП 485.1311500.2020. Существует возможность настраивать характеристики помещений или зон пожаротушения, выполнять расчеты тупиковых и кольцевых систем, выводить отчет по спринклерам для каждого помещения.

Flownex Simulation Environment 2024 v8.16.0.5519

Flownex Simulation Environment delivers technology that enables you to study how systems will behave in the real world, where fluid is the driving factor. Flownex system simulation relays the overall effect of changing specific properties on components, allowing clients to examine extensively all possible variations of a system in the design and optimization of systems.

Flownex Simulation Environment provides turbomachinery engineers with an easy to use, off-the-shelf tool for modelling combustion chambers, secondary air systems, blade cooling flows, lubrication systems with oil-air mixtures, as well as overall cycle integration and operation.

Blade Cooling
By coupling 1D flow Flownex models with 3D heat transfer models in ANSYS Mechanical or CFX, a detailed turbine blade cooling simulation can be conducted. Flownex contains industry-standard pressure drop and heat transfer correlations for typical turbine blade features such as turbulator strips and pedestals. This allows designers to rapidly see the effects of their design changes on the maximum blade temperatures and cooling airflow rate.

COMBUSTION CHAMBER
Preliminary combustor design requires that an extensive number of geometrical and operational conditions be evaluated and compared. Especially during this phase, Flownex is an essential tool for combustor design engineers as it accurately captures important parameters such as the mass flow rate distribution through air admission holes, associated pressure losses as well as liner wall temperatures. Networks can be easily configured and solved within a few seconds. This result in substantial development cost savings because of the reduction in the number of detailed 3D simulations and rig tests required. A further advantage is the ability to use the Flownex results as boundary conditions for subsequent localized 3D models.

LUBRICATION SYSTEM
The primary use of Flownex in lubrication systems is used to determine optimum drain line sizes given the limited space inside the engine. This requires two-phase pressure drop calculations in lines with oil-air mixtures. In parallel with this engineers can determine whether or not scavenge pumps are required for fluid transportation in the drain lines and, if so, what the pumping requirement will be.

SECONDARY & COOLANT FLOW
Flownex includes a comprehensive rotating component library for analysing the secondary air system of a gas turbine engine. This enables engineers to quantify the bleed air consumption and flow distribution through the entire system. Furthermore, coupling Flownex with Ansys Mechanical enables engineers to perform detailed thermal studies of critical rotating components. Flownex includes:

• Real gas models.
• Windage power calculation.
• Choking calculations.
• User-defined HTCs.

Release notes