Overview

Free download latest standalone full version offline installer of Ansys Electromagnetics Suite 2024 R1, ready to install on a 64-bit Windows or Linux PC/Server. The application includes detailed installation instructions and the user interface it is available in english language.

Owner: ANSYS, Inc
Product Name: Ansys Electromagnetics Suite
Version: 2024 R1
Supported Languages: English
Compatible Operating Systems: Windows, Linux
Supported Architectures: x64
Software Prerequisites: None
Size: 43.2 GB

You can also get troubleshooting, training, courses, tutorials, manuals and translations for the Ansys Electromagnetics Suite 2024 R1 program.

Get ready to dive into the latest version of Ansys Electromagnetics Suite 2024 R1! It is here to take you on an exciting journey through the world of electromagnetic simulation. From new features to exciting improvements, don't miss out on what this software has to offer!

BridgeLink is an integrated suite of bridge engineering software. BridgeLink links together several different bridge engineering software tools into one convenient and easy to use platform.

BridgeLink currently supports the following software tools:

✓ Barlist - Reinforcing steel quantity estimating tool
✓ BEToolbox - Bridge Engineering Toolbox utility programs
✓ PGSplice - Precast-Prestressed Spliced Girder Design, Analysis, and Load Rating
✓ PGSuper - Precast-Prestressed Girder Design, Analysis, and Load Rating
✓ TOGA - TxDOT Optional Girder Analysis tool
✓ XBRate - Reinforced Concrete Cross Beam Load Rating

Features:

Barlist is a reinforcing steel quantity estimating tool featuring an Explorer-style interface for managing reinforcement groups and bar records, an interactive bend guide for selecting bend diagrams, and support for third party add-in components.

BEToolbox is a Bridge Engineering Toolbox. It contains a collection of utility programs for computing section properties, roadway geometry, prestressed girder stability analysis for lifting and shipping, response spectra generator, and circular column capacity.

PGSuper is Precast-Prestressed Girder design, analysis, and load rating software. PGSuper can be used to design, check, and load rate precast-prestressed girder bridges in accordance with the AASHTO LRFD Bridge Design Specification and DOT agency-specific criteria. The flexural design feature computes the number and configuration of prestressing strands and the minimum required concrete release strength. The shear design feature determines the number, size, and spacing of transverse reinforcement for vertical shear, horizontal shear, bursting, and strand confinement. Specification checking evaluates girders for compliance with strength, service, and detailing criteria. Girders are evaluated for stresses and stability during handling and transportation. Temporary prestressing to control camber, improve stability, and reduce concrete release strengths may also be input. The capabilities and constraints of local fabricators have been accounted for in this software product. PGSuper has been designed to allow for future expansion and updating as design criteria and user expectations change.

PGSplice is Precast-Prestressed Spliced Girder design, analysis, and load rating software. PGSplice can be used to design, check, and load rate precast-prestressed spliced girder bridges in accordance with the AASHTO LRFD Bridge Design Specification and DOT agency-specific criteria. Analysis is performed with a detailed time-step methodology. Specification checking evaluates girders for compliance with strength, service, and detailing criteria. Girder segments are evaluated for stresses and stability during handling and transportation. Temporary prestressing to control camber, improve stability, and reduce concrete release strengths may also be input. The capabilities and constraints of local fabricators have been accounted for in this software product. PGSplice has been designed to allow for future expansion and updating as design criteria and user expectations change.

XBRate is a reinforced concrete cross beam load rating application. XBRate can function as a stand alone BridgeLink application providing load rating calculations for cross beams for virtually any bridge superstructure type. XBRate can also function as an extension to PGSuper and PGSplice As an extension, pier geometry and reactions are extracted directly from the bridge model and used in the load rating analysis.

A software application specifically developed to assist engineers in performing stress and settlement calculations involving complex load combinations and site conditions. UniSettle calculates and displays total and effective stress, pore pressure distributions, total and differential settlement, layer compression, consolidation settlement, immediate compression, and secondary settlement versus time. All results are presented in tabular and graphical form that can be exported to Excel format or Tab-delimited text format for further manipulation and reporting. All input and results may be entered in either Customary US or SI units and be toggled back-and-forth as per User preference at any time.

Soil data: UniSettle can have up to 25 soil layers with the soil strength parameters, soil compressibility, as well as pore pressures varying within each layer. Settlement is determined using conventional Cc-e0 approach, E-modulus, or Janbu tangent modulus method. UniSettle Professional supports Terzaghi one dimensional consolidation theory and vertical drains. Units can be SI or Customary US.

Loads and Excavations: All input data are presented and edited using an Excel-type grid and cell system. Stresses can be from a combination of point, line, circular, triangular, rectangular, polygon, or embankment type loads. The User can specify the time period applicable to each individual load, excavation, and pore pressure profile. This allows for the modeling of real site conditions over time.

Effective Stresses: Stress distribution is calculated according to Boussinesq, Westergaard, or 2:1 methods and combines the effects of loading and unloading.

Total Settlement: The total settlement results are a compilation of the immediate compression, consolidation settlement, and secondary compression at a specific point and for a particular analysis method. Settlement is determined using conventional Cc-e0 approach, E-modulus, or Janbu tangent modulus method.

Consolidation vs Time: Calculate the immediate compression, consolidation settlement, and secondary compression as a function of time. The time related settlement uses a combination of both the coefficients of vertical and horizontal consolidation to calculate an average degree of consolidation. UniSettle Professional supports Terzaghi one-dimensional consolidation theory and vertical drains.

UniPile is an application for the design of piles and pile groups using beta-method, alpha-method, – separately or in combination – or SPT/CPT/CPTu methods: Eslami and Fellenius (CPTu), Schmertmann and Nottingham (CPT), deRuiter & Beringen (Dutch CPT), Bustamente (LCPC CPT), Decourt (SPT), O'Neill-Reese (SPT), and Meyerhof (SPT). UniPile considers bearing capacity, residual load, pile group settlement, negative skin friction, drag force, and downdrag. Aspects of drivability for input to WEAP is also included. It also simulates the load-movement response of a test pile in a static loading test performed by a conventional head-down test or bidirectional test (O-Cell).

All results are presented in tabular and graphical form that can be exported to Excel format or tab-delimited text format for further manipulation and reporting. All input and results may be entered in either Customary US or SI units and be toggled back-and-forth at any time.

Soil and Pile data: All input data are presented and edited using an Excel-type grid and cell system. UniPile can have up to 25 soil layers. Soil strength parameters, soil compressibility, as well as pore pressures, can differ from layer to layer and within each layer.
UniPile accepts piles of all types, shapes, and sizes including driven piles and drilled-shafts.

Loads and Excavations: Stress changes due to load can be from a combination of point, line, circular, triangular, rectangular, polygon, or embankment with sloping sides.
Stress distribution is calculated according to Boussinesq, Westergaard, or 2(V):1(H) methods and combines the effects of loading and unloading.

Pile Capacity: UniPile calculates pile resistance according to beta (effective stress), alpha (total stress), SPT, CPT, or CPTU methods. Calculation results (neutral plane, drag force, transition zone, and shaft resistances), are presented in tables and graphs. The results include input for WEAP bearing graph and drivability analyses.

Pile Settlement: Settlement of single piles or small pile groups is determined using conventional Cc-e0 approach, E-modulus, or Janbu tangent modulus methods as applicable to each individual soil layer. Distribution of pile compression and ground settlement are also computed and presented in tables and graphs.

Loading Test Simulation: The load-movement response of a pile in a static and bidirectional loading test can be simulated by choosing appropriate t-z functions for each soil layer and a q-z function for the pile toe, such as Hyperbolic, Ratio, Hansen-80%, Zhang, and Exponential, or User Defined. The simulation is particularly useful when back-calculating results of a static loading test.

Leica MissionPro Flight Planning Software - Mission Planning in Another Dimension.

1 + 1 = 3D is the ultimate formula for successful collaboration: when two get together, something new is created.

Leica MissionPro expands on what is best in airborne mission planning from Z/I Mission and Leica FPES and takes mission planning to the next dimension with the new 3D virtual globe view.

✓ Enjoy immersive planning with the 3D virtual globe view
✓ Enhanced features add new flexibility and planning capabilities to your organization
✓ Use one tool to plan for all LiDAR, frame and line sensors
✓ Fully integrated true 3D mission planning across the globe
✓ Reduce training but increase productivity
✓ Estimate the project cost during planning phase
✓ Evaluate the flight results when you land
✓ Offers a complete solution for every sensor and workflow

Features:

✓ Automatic and accurate computation of blocks, corridors and single flight lines from any user specified parameter such as area coverage, stereo overlap, point density and any other sensor-related parameters
✓ New 3D virtual globe planning environment and traditional 2D map planning view
✓ Sophisticated computation algorithms using local DTM and global SRTM/ASTER DTM data automatically
✓ Background maps from Web Map Service (WMS)- compliant map service providers
✓ Integrated multi-sensor planning and LiDAR planning
✓ Powerful reporting of all planned and flown information for planning, QC, cost estimation and project management
✓ Fully integrated into existing Leica Geosystems workflows

The most powerful, capable, and easy-to-use 3d simulation software. Flexsim lets you model—and improve—existing and proposed systems.

3D Simulation: FlexSim comes with all the proven benefits of discrete-event simulation—but with the added bonus of highly realistic, immersive 3D graphics.
FlexSim's 3D models help you emulate the look and feel of the real system, so it's easier to see and understand what's going on.
VISUAL VALIDATION is the first level of model validation, where you visually confirm that the system is working—or not working—as it was intended to.

Model Layout: FlexSim makes it as easy as possible to replicate the look of your system while preserving the details necessary for accurate analysis.
Just use the simple drag-and-drop controls to place objects and resources directly into the 3D environment—no post-processing needed!

Model Building: FlexSim toes the line between ease-of-use and capability to model even the most complex systems.

Model Analysis: Once you're ready to simulation using your model, our full suite of analysis features will help you get a deeper understanding of what's going on.
STATISTICAL VALIDATION is the second level of model validation, where you evaluate data from one or many simulation runs to verify that the system is operating as expected.

Optimization: Where the money is made (or saved)! Test "what if" scenarios to find the best possible choices to make in the real world.

DYMOLA Systems Engineering - Multidisciplinary engineering modeling and simulation processes based on Modelica and FMI.

Dymola, the Dynamic Modeling Laboratory, is a comprehensive integrated and complex systems modeling and simulation tool for use in aerospace, automotive, robotics, process, and other applications.

Developed by specialists in each area, these libraries are used in conjunction with Dymola or 3DEXPERIENCE Dymola Behavior Modeling to quickly and easily model and simulate the behavior of complex systems that span multiple engineering disciplines.

The Functional Mock-up Interface (FMI) allows any modeling tool to generate C code or binaries that represent a model of the dynamic system that can be seamlessly integrated into another modeling and simulation environment.

Dymola offers excellent capabilities to interface with other software tools and simulation environments using FMI and other standards.

Quickly solve complex multidisciplinary systems modeling and analysis problems with Modelica and powerful simulation technology from Dymola. Dymola is a complete environment for model creation, testing, simulation, and post-processing.

What is Geomagic Design X?
Geomagic Design X creates CAD models from 3D scans faster, more accurately, and more reliably than any other reverse engineering software, allowing you to create new business value from existing products.

✓ Process large scan data sets with millions of points faster than any other reverse engineering software.
✓ Create complex hybrid 3D models for solids, surfaces and meshes.
✓ Connects directly to your CAD environment and creates native files that accurately represent a scanned object.
✓ Create solids or surfaces quickly just like you do in CAD.
✓ Transfer parametric 3D models with complete design history directly into any popular CAD software.

What can you do with Geomagic Design X?
Geomagic Design X converts 3D scan data into high-quality feature-based CAD models. The software combines automated and guided extraction of solid models in a unique way, while maintaining incredible accuracy. In addition, it offers you an exact fit of surfaces to organic 3D scans; mesh editing and point cloud processing.

✓ Expand your design capabilities.
✓ Improve your CAD environment.
✓ Reduce time to market.
✓ Take advantage of existing resources.
✓ Reduce costs.
✓ Do the impossible.

You can scan just about anything and create producible designs.

✓ Rebuild CAD data for broken tools and molds.
✓ Recreate CAD data from lost parts and molds.
✓ Design custom products.
✓ Convert physical parts to CAD to design new products.
✓ Make existing pieces fit with new ones.

Geomagic Design X is compatible with all major scanners and portable CRMs. Check out our 3D scanning guide to find out what kind of scanner you need.

Use Geomagic Design X with Geomagic Control X and Geomagic Wrap for a comprehensive scan-based design and inspection package.

Transform raw BIM data into consistent and rich information - Simplebim transforms BIM data from a complex mix of different sources into unified and consistent data ready to be used in data analysis or any open BIM downstream application. Revolutionize BIM Data Wrangling.

Join our customers around the world and turn raw BIM data into easy-to-use information, and ultimately actionable insights for every construction professional:

✓ Simple: Makes BIM Normal. Using unified and consistent data doesn't require special knowledge or skills.
✓ Open: Opens BIM up for a wide range of users. Works with any tools that support open BIM and IFC.
✓ Smart: Created by the world's leading BIM exchange experts. Enables the smartest and most effective Open BIM workflows.

Simplebim is a unique open BIM (IFC) software tool. In the basic workflow:

✓ Import IFC models to Simplebim from any discipline or model author tool.
✓ Transform the model data for you purpose with Simplebim unique features.
✓ And finally export the enriched model back to IFC, or as data to Excel or CSV.

You can use Simplebim to simple tasks like trimming the model and creating submodel from the original one. Or you can go crazy and standardize, normalize and enrich the model for example for production in various ways.

Simplebim's goal is to turn raw BIM data into easy-to-use information and actionable insights for every construction professional on daily basis. No matter where it comes from. Or who or how is using the data.

Stringer Topo transforms your current CAD platform into a low-cost, full-featured survey package.

Why Stringer Topo is Right For you? Stringer Topo streamlines the reduction and presentation of survey observations whether you are using AutoCAD, Civil 3D or BricsCAD.

Developed by surveyors with over 20 years experience in the industry, Stringer Topo focuses on maximizing your efficiency in adding and editing break lines, automating linework creation, adding and editing point data, creating surfaces, legends and tables.

Whether you are doing boundary surveys, pre-design site surveys, as built surveys, monthly stock pile volume calculations or even basic design for access roads and ponds Stringer Topo has proven tools optimized for your needs.

Stringer Topo delivers fast, easy to use survey tools for processing survey data ready for final documentation and plotting. Associated functionality includes survey quality (comparison) reporting, point export, direct import of reduced point files, traverse editing and drafting tools for cadastral plans.

A unique feature of Stringer Topo is its Satellite to Surface feature which allows you to download Google and Bing images for your area of interest.
It will also download and create a surface from Google elevation data. This is an ideal tool for planning your field survey.

Stringer Topo allows you to create and customize your field codes. It supports both alpha and numeric codes.
Codes control the block assigned to each shot and the layers for the block and associated line work.

The artificial intelligence engine in Stringer Topo will save you hours of effort when shots are captured out of sequence.
Rather than manually connecting the dots, the AI engine will do this for you based on codes, point numbers and distance between shots.