Valentin Software T*SOL 2023 R2

T*SOL is the simulation program with which you can calculate the yield of a thermal solar system. No matter whether for domestic water heating, heating support, swimming pools or process heat, with T*SOL you can optimally design your planned solar thermal system, dimension storage and collector arrays (also east / west roofs) and determine the economic efficiency.

At the start of the design process, you have a large selection of all relevant systems for domestic hot water heating and heating support, as well as for swimming pools and process heat. During the design, you will be supported with dimensioning suggestions and can use a parameter variation to find the optimal combination, e.g. of storage size and collector area.

After the simulation you will receive a comprehensive and appealing project report with all system data as well as detailed simulation and profitability results. This report also contains all the data necessary to be recognized as evidence by BAFA.

S&P Global (ex. IHS) QUE$TOR 2023 Q3

QUE$TOR provides concept screening, optimization and detailed oil and gas CAPEX/OPEX cost estimates. The QUE$TOR application suite includes QUE$TOR Offshore, QUE$TOR Onshore and QUE$TOR LNG Regasification modules. With our comprehensive cost database for numerous attributes, technologies and equipment, cost estimation engineers, financial analysts, executives and M&A analysts use the software to:

• Accurately model oil/gas expenditures and production;
• Create development scheduling;
• Save hundreds of hours in research and analysis;
• Support feasibility and pre-FEED studies and concept selection;
• Support l cost management for multiple upstream, LNG and offshore projects;
• Access latest global cost information with bi-annual updates on more than 60,000 cost points.

Schrodinger PyMOL v3.0.3 Windows+Linux+Macos

PyMOL is a comprehensive software package for rendering and animating 3D structures. PyMOL is a user-sponsored molecular visualization system on an open-source foundation, maintained and distributed by Schrodinger.

This was the vision of the original PyMOL author Warren L. DeLano.

PyMOL - система визуализации молекул. Позволяет создавать высококачественные трёхмерные изображения как малых молекул, так и биологических макромолекул, в первую очередь белков. Примерно четверть всех публикуемых в научной литературе изображений структур белков сделана с помощью PyMOL. PyMOL - одна из немногих систем молекулярной визуализации с открытым исходным кодом, пригодная для использования в структурной биологии.

CADS Design 2024.0.2:

Analyse 3D v4.59, Composite Beam Designer v3.48, RC Beam Designer v4.30, RC Column Designer v2.28,

RC Pad Base Designer v3.28, RC Slab Designer v1.38, SMART Engineer v6.56, SMART Portal 3D v3.50,

Steelwork Member Designer v3.80, Steelwork Moment Connections v2.1, VelVenti v6.56

Analyse 3D provides a powerful and flexible frame analysis package for 2D or 3D, elastic/plastic/P-delta analysis and can solve any size job with no limit on the number of members or load combinations. Links to CADS design and detailing software as well as Revit compatibility via an IFC export.

Composite Beam Designer is a program for the structural design or checking of Composite Beams. CADS Composite Beam Designer prepares calculations for strength, stability and stiffness.

RC Beam Designer is a comprehensive selection of complete reinforcement solutions, which the software creates automatically in accordance with the chosen design standard. Users may also define their own bar arrangements or select from the user-library. Hence, the software can be used to automatically create a new design or for checking an existing one.

RC Column Designer is a software application for the analysis and design of reinforced concrete columns.

RC Pad Base Designer executes the designing or checking of bases rapidly and reliably and can be used stand-alone or as part of the CADS integrated analysis, design and detailing solution.

RC Slab Designer provides fast, automatic RC design to BS 8110 for all typical bar arrangements, mesh and slab configurations and can be used stand-alone or as part of the CADS integrated analysis, design and detailing solution. It can check a user-defined base design or autodesign an optimum solution to suit user and code criteria.

SMART Engineer is a Civil & Structural Engineers’ compendium of calculation templates to either British Standards or Eurocodes and includes tools for 1D and 2D frame analysis.

SMART Portal 3D is a complete building modeller for single & multi-bay portal frame buildings. Complete 3D solutions can literarally be designed in seconds by simply entering the span, roof slope and number of bays!

Steelwork Member Designer is a program which prepares calculations for the strength, stability and stiffness of steel members to the requirements of EC3 and BS 5950 Part 1 2000.

Steelwork Moment Connection Designer provides an efficient and versatile method of designing steelwork moment connections.

VelVenti enables the rapid calculation of peak wind speeds and pressure in accordance with a number of structural design standards. Used as a standalone tool, it will provide the effective wind speeds at varying heights of a building or structure that can then be passed to any structural design software.

Stonex Cube Manager v4.4 build 2022/02/16

Cube-manager is a software for managing data from GNSS receivers and Total Stations. You can have Plano-altimetric elaborations, generate 3D models and calculate contours. The measurements can be displayed in 2D, 3D and superimposed on raster, satellite or cadastral images. Through a sophisticated internal CAD you can interact with the data using powerful and complete drawing tools and snap functions even in 3D. Importing and exporting data are supported in various formats such as DXF, DWG, KML, CSV, and others.

FIFTY2 Technology PreonLab v6.1.3

FIFTY2 PreonLab - CFD simulation tool for the analysis of fluids and their behavior in and around the vehicle.

The difference between classic CFD and PreonLab is quickly explained. Classical CFD is based on mesh creation, for PreonLab a different approach was chosen: Smoothed-Particle Hydrodynamics (SPH) is the basis of the revolutionary PREON technology.

Without the need for a mesh, all hydrodynamic challenges can be solved quickly and, most importantly, easily. PreonLab provides you with reliable results that are impressively visualized.

Here we go! PreonLab 6.1 is out now.

It is loaded with new features and improvements, enabling new engineering possibilities and applications. Empowered by the new GPU capabilities, PreonLab 6.1 takes another leap forward in efficient computing, delivering results even quicker.

• Enhanced GPU performance: PreonLab’s GPU implementation just got a significant boost. Not only does PreonLab 6.1 support multi-GPU computing now, but it also enables continuous particle size (CPS), dynamic sampling, and adaptive sampling on GPU, making your simulations even more efficient.
• Airflow and Car Suspension Model (CSM): PreonLab 6.1 also enables airflow import and CSM support for simulations on GPU. These are some of the key application enablers making it possible to simulate various use cases also on GPU.
• Snow Model on GPU: Snow modeling has been an important part of existing PreonLab capabilities. We are thrilled to announce that our snow model is now also available on the GPU platform.
• Enhanced Thermodynamics: Convective boundary condition has been added to the list of available boundary conditions.  Convective Boundary Conditions can represent a more physical heat transfer, that predominantly occurs due to convective heat transport at fluid-fluid or fluid-solid interfaces. It is designed to conveniently represent natural or forced convection of heated solid bodies or fluids, in applications like heat exchangers, heat sinks, and even e-motors.

Bentley Hydraulics & Hydrology 2024.0.0.24

CivilStorm, SewerCAD, SewerGEMS, StormCAD

OpenFlows CivilStorm
Open Flows CivilStorm is a fully-dynamic hydraulic modeling application that analyzes complex stormwater systems and solves the St Venant equations. OpenFlows CivilStorm assists engineers working on both complex land development projects and large-scale stormwater management studies to model every aspect of their stormwater systems, including rainfall, runoff, inlet capture and bypass, gravity and pressure piping, detention ponds, outlet structures, open channels, culverts, and more.

OpenFlows SewerCAD
OpenFlows SewerCAD is used by engineers to design and analyze sanitary sewers. With automatic design features, OpenFlows SewerCAD is ideal for system design and rehabilitation, helping users invest capital improvement funds wisely. OpenFlows SewerCAD is a subset of OpenFlows SewerGEMS.

OpenFlows SewerGEMS
Engineers use OpenFlows SewerGEMS to analyze, design, and operate sanitary and combined sewer systems. Its dynamic wave engine solves the full St. Venant equations. The engine is especially suited for combined sewer systems where the hydrology of direct runoff into the collection system must be modeled. OpenFlows SewerGEMS is a superset of OpenFlows SewerCAD and can be run in Esri ArcGIS, AutoCAD, MicroStation, or as a stand-alone application.

OpenFlows StormCAD
OpenFlows StormCAD is a hydraulic modeling application for the peak flow analysis of storm sewer systems. OpenFlows StormCAD assists land and site developers, roadway and transportation designers, and stormwater master planners and reviewers, by automatically determining cost-effective pipe sizes, invert elevations and inlet sizes.

CADS Geotechnical 2024.0.2

Bearing Pile Designer v2.16, Piled Wall Suite v7.02, Reslope v2.07

Specialist software for sheet piles, diaphragm, secant walls and king posts. Slope stability analysis, bearing pile and retaining wall analysis and design.

Bearing Pile Designer
Geotechnical design software that calculates the vertical and horizontal bearing capacity of bearing piles and pile groups. Can be used with CADS RC Pilecap Designer.

Piled Wall Suite
Practical analysis and design of embedded walls in concrete or steel to various methods including BS and EC7. Analysis and design of sheet piles, king piles, contiguous bored piles, diaphragm walls and cofferdams; excellent calcs, dwgs and dxf files.

ReSlope
Slope stability analysis software including soil reinforcement circular and non-circular failure surfaces, Bishops's, Janbu, etc.

Deep Excavation DeepEX 2023 v23.22

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.

Cadence Design Systems Fidelity 2023.2.2

The computational fluid dynamics (CFD) industry faces increasing demand for efficiency, fidelity, and speed. Don’t settle for tried-and-true solutions when you step into environments that have yet to be developed. Improved real behavioral modeling of systems yields greater degrees of fidelity and security for the products you send out into the world. The requirements for multidisciplinary modeling, analysis, and optimization are vast and include:

• Conjugate Heat Transfer (CHT) coupling flow and heat transfer
• Fluid-structure interactions (FSI)
• Fluid-chemistry and multiphase interactions such as combustion
• Aeroacoustics coupling flow and noise

Fidelity CFD is the end-to-end solution for all CFD-related applications. The dedicated tools within the Fidelity CFD environment can solve each step of the simulation process quickly and efficiently. Furthermore, Fidelity CFD was designed with ease-of-use in mind with an intuitive and application-driven interface or through automated processes with the Python API or optimization module available.

The software necessary for realistic modeling of fluid flows grows increasingly competent and complex. Using the Fidelity CFD environment, you can trust any computational challenge to be handled with both accuracy and speed. Custom fit this CFD simulation software to solve the difficulties you are experiencing in your design and verification cycle.

With CFD workflows being reassessed every cycle to optimize and improve for greater levels of fidelity and speed, Fidelity CFD serves your simulation necessities by offering a highly automated, customizable solution.