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.

O-Pitblast is an application software designed for the planning, control and optimization of rock blasting operations. Developed by O-Pitblast, is an application that pretends to fulfill all the need of blast engineers in order to optimize, control, reduce costs and increase safety in their blasts.

O-Pitblast's software for Microsoft Windows allows engineers to import topographic data from their operations to plan all phases of blasting operations.
Suitable for mines, civil works and quarries, our solutions oversee topography, drilling, loading and timing processes to control the results of configured explosions, and predict and control vibrations.
Our software is capable of importing and managing critical information; creating plan decks, charge rules and blast hole information; and offering predictions related to fragmentation and vibration levels.

This platform allows the user to import terrain features, like topography and rock characteristics, and design the best blast for each operation. This is possible due to the artificial intelligence module that identifies potential safety risks and KPI's capable to generate savings. Besides all the operation modules, it has a management section that permits the recording of blast data, generation of blast plans and reports, KPI control graphics, track & trace technology, user control and multiple-projects management.

Optimizing digital mining to increase efficiency and decrease the environmental impacts of mining operations is one of the key issues for a sustainable mining industry. O-Pitblast was created in 2016 with the intention of providing leading technology for the global mining market and today it is a consolidated and growing company in the areas of research and development of mining engineering technology.

CFS is a comprehensive general-purpose cold-formed steel component design tool that performs calculations according to the AISI 2016 Edition of the North American Specification for the Design of Cold-Formed Steel Structural Members (S100-16), and the 2002 Edition of the ASCE Specification for the Design of Cold-Formed Stainless Steel Structural Members (ASCE-8-02).

Section Versatility: The Section Wizard makes it quick and easy to create the geometry for common shapes and the graphical interface allows you to create virtually any cold-formed steel shape, including closed shapes, built-up sections, stiffeners, and elements with holes. You may choose from a long list of predefined carbon and stainless steel materials, or customize the material properties as needed. Additionally, several libraries are provided for commonly available component shapes in the industry. Section geometry can imported and exported using DXF.

Quick Design: The CFS Quick Design tool makes design checks for industry standard shapes very fast and easy. It will even optimize the section thickness, flange size, and yield stress to meet your design requirements. And if you need to investigate the design in more detail, simply create the full analysis problem with a single click.

Analysis Wizard: The Analysis Wizard assists in the creation of a variety of design problems such as beam-columns, continuous beams, and multi-span beams with laps. Analysis problems consist of members, supports, braces, loadings and load combinations. Transverse loads may be concentrated or distributed, and applied at any angle, thus producing biaxial bending. Axial loads may include eccentricities which induce additional moments. You can display and print diagrams for reactions, shears, moments, and deflection, including envelope diagrams for all load combinations.

Elastic Buckling Analysis: A powerful feature of CFS is the elastic buckling analysis of any cross-section using the finite strip method. Some shapes may be subject to a mode of buckling where the section distorts. This tool helps the engineer to utilize the Direct Strength Method (DSM) according to the AISI Specification.

OPTUM G2 - Next generation FE tool for geotechnical practitioners. It's the ideal solution for shallow foundation analysis and design. The unique Optum analysis type of Limit Analysis provides a means for determining bearing capacities in an efficient and convenient manner. Rigorous upper and lower bounds can be computed to bracket the true solution from above and below, thus providing an in-built means of numerical verification. Elastoplastic and consolidation analysis are available for determining settlements.

Load-displacement FE analysis. Precise and realistic assessment of displacements is a fundamental part of many design tasks. With elastoplastic and consolidation analysis, a wide range of problems can be effectively designed. Staged analysis has never been easier with the user activating and deactivating regions in solid model – not on the meshed model.
Calculate limit load – in one step! Get access to the most advanced FE capabilities on the market – tailored and made accessible for engineering practitioners. With and unique built-in Limit Analysis options you can now calculate bearing capacities in a single step. Use this unique and amazingly fast analysis type in connection with traditional elasto-plastic analysis and move faster and safer ahead than ever before.
One package – many tools. One package for all design cases. Complete 2D plane strain and axisymmetric solution including elastoplastic, limit analysis, flow, consolidation and phi-c reduction gets you through most geotechnical problems – faster, easier and safer than ever before. Material models vary from simple to very advanced – all made accessible for geotechnical practitioners.
Model creation – intuitive and fast. The user-friendely interface lets you setup models in an intuitive and logical workflow. Easily define soil layers with the drawing tool or input profiles with user defined variation as well as table look-up. Add structural elements like piles, plates, anchors and geogrids. For more complex geometry import your CAD file directly. Never again worry about mesh with the unique automatic adaptive mesh functionality.

Examine All Possible Variations In The Design And Optimisation Phase Of Systems - Flownex Simulation Environment (SE) delivers simulation software that enables you to study how flow and heat transfer systems will behave in the real world, where fluid is the driving factor.

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.

We have global leading organizations applying our software and service offerings to achieve maximum potential of their systems both in design and operational states. Our promise of fast reliable and accurate system and subsystem-level simulation has immensely benefited our clients. The use of our technology can help you set your company from your competitors allowing you to pursue frontiers of engineering simulation.

Leica Infinity Surveying Software - Infinitely connected. Infinite possibilities.

Now with the ability to process data directly from Leica 3D laser scanners, Leica Infinity is more than a user-friendly geospatial office software for measurement professionals, it's a productivity powerhouse that connects field to office like never before. Leica Infinity enhances data communication, enables complex project collaboration, and speeds up post-processing by connecting Leica Geosystems services, CAD workflows, and even 3rd party services.

Big jobs demand a seamless software experience and Leica Infinity delivers. Easily manage and process data from multiple sites and survey teams and from all of your different survey instruments – digital levels, total stations, UAVs, GNSS sensors, and now even scanners – all in one intuitive surveying software. Plus you can edit, archive, and export data directly to CAD, GIS and BIM applications. With all of your data in one place, you'll stay infinitely connected and keep projects moving with fast accessibility, smooth data transfer, and a user-friendly platform that will give you greater traceability and control. That's workflow efficiency, times infinity.

Are you ready for simplified, seamless workflows? Are you ready for the only true, one-bridge solution between Leica field instruments and CAD software? Then you're ready for Leica Infinity.

LimitState:GEO is a general purpose software program which is designed to rapidly analyse the ultimate limit state (or 'collapse state') for a wide variety of geotechnical problems.
The software can be used to model 2D problems of any geometry specified by the user (including slopes, retaining walls, foundations, pipelines, tunnels, anchors etc. and any combination of these).
It directly determines the ultimate limit state (ULS) using the computational limit analysis technique: Discontinuity Layout Optimization (DLO), and is designed to work with modern design codes such as Eurocode 7 by providing full support for partial factors and the ability to solve multiple scenarios.

Powerful geotechnical analysis software: LimitState:GEO provides unique geotechnical analysis capabilities to rapidly determine the critical failure mechanism and margin of safety for any problem.

Flexible Modelling: Geotechnical software to tackle any ultimate limit state analysis or design problem involving slope stability, bearing capacity, walls, foundations, reinforced soil, or complex combined systems.

Unique Optimization Technology: Rapidly identify critical geotechnical failure mechanisms, including those that traditional methods often miss.

Industry leading masonry arch bridge analysis software - Trusted by major consulting engineers, bridge owners and universities across the world, LimitState:RING is the industry-leading software application for rapid masonry arch analysis.

LimitState:RING is a rapid analysis tool for masonry arch bridges. The software is primarily designed to analyze the ultimate load carrying capacity of masonry arch bridges (building on the 'mechanism' method of analysis originally pioneered by Heyman 1982), and has numerous features, many of which are unique.

Understand More: Interactively answer 'what if' questions to gain a clearer understanding of the influence of key parameters and see visualizations of modes of response - many of which are missed by conventional masonry arch bridge analysis tools.

Analysis Technology: LimitState:RING uses rigid block analysis, underpinned by rigorous Limit Analysis theory, to obtain solutions. The beneficial effects of backfill are also taken into account in the analysis.

Automated yield-line analysis software - LimitState:SLAB is the only commercially available slab analysis software to systematically automate the well-known yield-line method, allowing the ultimate load capacity and critical failure mechanism to be calculated in seconds.

LimitState:SLAB is a software program designed to rapidly evaluate the load carrying capacity of existing and proposed concrete slab structures using the yield-line analysis method.
Unlike many other analysis methods and tools, LimitState:SLAB uses modern optimization techniques to identify the most critical layout of yield-lines for the defined problem, removing the need to propose a potential failure mechanism at the outset or manually refine the mechanism until an acceptable (and arbitrary) degree of accuracy is achieved.
LimitState:SLAB can be used to model problems of any geometry specified by the user, including those containing columns, walls and holes.
The software directly determines the ultimate limit state (ULS) collapse conditions using Discontinuity Layout Optimization (DLO), and is designed to work with modern engineering design codes by providing full support for partial factors and the ability to solve multiple load cases.

Reveal Hidden Strength In RC Slabs: The yield-line method will often highlight that an existing slab has reserves of capacity, or that a new slab requires considerably less reinforcement than indicated by other methods.

Analysis Technology: The Discontinuity Layout Optimization (DLO) approach used in LimitState:SLAB is underpinned by rigorous Limit Analysis theory. You can read more about how DLO identifies critical yield-line mechanisms in the Proceedings of the Royal Society.

MecaLug is a Padeye or Lifting Lug Calculation Software package that is used to perform padeye or lifting lug calculations as well as analyze loads acting on padeyes or lifting lugs for a structure or piece of equipment. Several different styles of padeyes or lifting lugs are offered giving the user multiple options in selecting an appropriate lifting lug. There are also several different configurations in the MecLug Software for different equipment and structures. The lifting lug software even has templates for lifting a stack or cylindrical vessel from horizontal to vertical, using either lifting lugs or lifting trunnions. For this special type of lifting of stacks, the lifting lug software considers the multiple angles as the structure rotates from horizontal to vertical in order to find the worst angle on the lifting lugs/trunnions and tailing lug.

MecaLug Standard version is the least expensive version of the software that allows the user to perform Padeye / lifting lug calculations per ASME BTM-1 "Design of Below-the-Hook Lifting Devices". Engineers often design structures and equipment for extreme wind, seismic and other loading that may never occur; however, in the case of a lifting lug those extreme loads may very well be experienced at the beginning of the equipment life cycle, not in 20+ years down the road. The failure of a lifting lug could very likely put human life in danger in the event of a failure. The lifting lug software allows the user to quickly and accurately analyze Padeye / lifting lugs for a variety of loads.

MecaLug Pro version offers the same features of the standard version of the lifting lug software of analyzing a single lug or trunnion, but MecaLug Pro also has the added benefit of being able to apply those lugs to a lifting system and analyze what loads would be seen by the crane, cable, and lugs. This Pro feature of the MecaLug allows the designer to consider lifting a piece of equipment or structure, and have the software determine the loads acting on each individual lug. The analysis of each lug is then performed by the lifting lug software. The Pro features make MecaLug an all-in-one lifting lug software.