The Flomaster software package is a powerful tool for analyzing complex hydraulic, gas and thermal systems.
Flomaster allows engineers to quickly design system models through the use of built-in components and a modern, intuitive graphical interface. A single database allows for the collaboration of many engineers in the course of working on a project. The open application programming interface makes it possible to integrate Flomaster with software products from other manufacturers.

Flomaster is used for calculation and design of:

✓ Fuel systems of cars and aircraft
✓ Air conditioning systems for passenger compartments
✓ Marine and gas turbine hydraulic systems
✓ Engine lubrication and cooling systems
✓ Exhaust systems of cars
✓ Hydraulic systems equipment
✓ Heating, cooling, water supply and gas supply systems
✓ Gas and oil pumping systems and much more

Why Simcenter Flomaster? Simcenter Flomaster offers a comprehensive simulation toolset for designing, commissioning and operating thermo-fluid systems. It can connect to PLM, CAD, simulation and industrial IoT to embrace digital transformation.

Reduce time-to-market with thermo-fluid system simulation: Simcenter Flomaster is a leading simulation tool for fluids engineering and offers reliable and accurate solvers and best-in-class in-built correlations. This means that you can effectively size gas, liquid and two-phase systems and components to achieve maximum efficiency. With the same virtual model, you can analyze dynamic events such as different operating conditions, failure and emergency scenarios to ensure safety.

Design, commission and operate thermo-fluid piping systems: Simcenter Flomaster offers a comprehensive simulation toolset for designing, commissioning and operating thermo-fluid piping systems. This means that the digital twin of the system developed in the engineering phase can be reused during operation for virtual sensing and on-line monitoring to improve efficiency and ensure safety. Simcenter Flomaster can connect to other relevant tools and platforms including PLM, CAD, simulation and industrial IoT allowing you to embrace digital transformation and innovate quickly.

Simcenter Femap Software - Create, edit and evaluate finite element models of complex products/systems using advanced CAE pre- and postprocessors to model components, assemblies or systems.

Minimize costly prototyping and bring your products to market faster by using advanced engineering simulation capabilities.

Why Simcenter Femap? Minimize costly prototyping using best-in-class simulation workflows. Simcenter Femap is an advanced simulation pre- and post-processor for creating and editing finite element models of complex products. Powerful data-driven results visualization help you evaluate and improve product performance.

Model complex FE models – with a mesh-centric approach: From 1D beam models to thin-walled shell element modeling to 3D tet-dominant or hex-dominant meshing, Simcenter Femap can do it all. Use advanced workflows in Simcenter Femap to model components, assemblies or systems to determine a model's behavioral response when subjected to real-world conditions through the most popular finite element (FE) solvers used in industry.

Trust the solution with 30+ years experience: Simcenter Femap provides an industry-leading solution to accurately model and simulate structural, dynamic and thermal performance of complex engineered systems. Used by customers in aerospace, automotive and most other industries for decades, you can be assured Simcenter Femap can help you get the job done.

Fibersim - Engineering innovative, durable and lightweight composite structures
Traditional methods for analysis, design and manufacturing of fibre-reinforced plastic products are no longer suitable. Fibersim software offers capabilities for analysis and design within the manufacturing environment.

Discover the optimal product design: Traditional methods for analysis, design and manufacturing of fibre-reinforced plastic products are no longer suitable. Fibersim software offers capabilities for analysis and design within the manufacturing environment. This is essential for developing high quality, effective products.
Fibersim allows you to find the most feasible product design through simulation analysis and quickly test validity of each component. As a result, you have complete confidence in your work and the ability to deliver a high-quality product to your consumer. Produce visual renditions of core panels and aesthetically pleasing composite cross-sections for all part shapes, increasing engagement and usability of the software.

Specialised tools to overcome specific challenges: Fibersim allows collaboration between engineering, manufacturing and analysis in order to optomise performance and exceed performance, weight and cost targets. The software provides an intelligent design-to-manufacturing composite product development solution that is fully integrated into your existing 3D CAD system.
Take advantage of the industry- and part- specific composites development processes that create innovative products that are used in a wide range of sectors. The systems open architecture allows you to develop best-in-class solutions tailored to your product and process. Fibersim provides the specialised tools you need to successfully deliver innovative, lightweight composite structures.

Simcenter Prescan Software - Reduce cost while increasing reliability and safety of ADAS and automated vehicle functionalities by using a scalable, trustworthy physics-based simulation platform.

Why Simcenter Prescan? Simcenter Prescan enables the development of virtual verification for Advanced Driver Assistance Systems (ADAS) and autonomous vehicles. Using our tools, engineers follow a systematic development approach with shorter feedback loops and adaptation cycles, while covering possible scenarios.

Enable ADAS and autonomous systems development acceleration. Validating the safety and reliability of advanced driver assistance systems (ADAS) and automated vehicle systems can require up to billions of testing miles, including all possible scenarios under all possible circumstances. This is only feasible if the bulk of the validation work is done virtually – faster than in real-time – using simulation; therefore, engineers need a comprehensive physics-based platform that allows them to follow a systematic approach.

Simcenter FLOEFD software - Leverage fully CAD-embedded CFD software for designers to shorten development by evaluating fluid flow and heat transfer earlier in NX, Solid Edge, CATIA and Creo.

Why Simcenter FLOEFD? Simcenter FLOEFD is a fully CAD-embedded CFD software with multiphysics capabilities, for designers to analysts. It helps shorten development by up to 65-75% compared to typical CFD approaches by frontloading fluid flow simulation and thermal analysis and using native CAD geometry.

Frontload CFD simulation to shorten development: Simcenter FLOEFD enables design engineers to perform simulation earlier in the design process when it is more cost-effective to identify and fix problems or explore improvements. Integrated in CAD, it has shown improved productivity by a factor of x2 to x40.

Leverage an intuitive CFD interface for designers: Put simulation in the hands of design engineers with the Simcenter FLOEFD CAD embedded interface, guided simulation set up and execution, intelligent automation technologies and straight forward viewing of results. Allow them to explore design performance earlier so they can make informed decisions without having to overcome traditional barriers.

Simcenter FLOEFD software - Leverage fully CAD-embedded CFD software for designers to shorten development by evaluating fluid flow and heat transfer earlier in NX, Solid Edge, CATIA and Creo.

Why Simcenter FLOEFD? Simcenter FLOEFD is a fully CAD-embedded CFD software with multiphysics capabilities, for designers to analysts. It helps shorten development by up to 65-75% compared to typical CFD approaches by frontloading fluid flow simulation and thermal analysis and using native CAD geometry.

Frontload CFD simulation to shorten development: Simcenter FLOEFD enables design engineers to perform simulation earlier in the design process when it is more cost-effective to identify and fix problems or explore improvements. Integrated in CAD, it has shown improved productivity by a factor of x2 to x40.

Leverage an intuitive CFD interface for designers: Put simulation in the hands of design engineers with the Simcenter FLOEFD CAD embedded interface, guided simulation set up and execution, intelligent automation technologies and straight forward viewing of results. Allow them to explore design performance earlier so they can make informed decisions without having to overcome traditional barriers.

Syncrofit enables companies to effciently author, validate and communicate the joining requirements of complex assemblies with emphasis given to fastening strucuures. Syncrofit is the industry leading production proven, CAD-integrated, commercial solution for managing the joins of complex aerospace and automotive assembly structures, helping manufacturers meet demanding timelines and cost targets effectivly while improving the overall quality of the final product.

For design engineers, Syncrofit facilitates authoring design data for joints, fasteners and holes to create complete 3D product definitions. The software stores the design data, linked to the associated geometry, directly inside the 3D CAD model. It provides powerful tools for automating repetitive design tasks such as calculating fastener grip lengths and edge distances. It also helps engineers generate deliverables such as model-based definition formats and bill of material (BOM) reports for assembly hardware. For manufacturing engineers, Syncrofit facilitates creation, management and communication of multiple manufacturing states required for assembling airframes. It enables you to easily consume requirements into assembly states – including the condition of supply – to support process planning. It also aids in tracking fastener consumption and delivers key information for programming automated drilling and fastening equipment. The result? A highly efficient process for delivering world-class aircraft on schedule, at reduced cost.

Based on 20 years of experience working with OEMs and Tier 1 suppliers on a variety of aerostructure programs, it has been calculated that, on average, more than 40 percent of engineering change orders and rework on the manufacturing floor are related to assembly interfaces, holes and fasteners. In fact, many of these issues are violations of design rules related to holes and fasteners. Syncrofit provides capabilities to avoid design rule violations, including dedicated functionality specifically targeted at validating critical fastener- and hole-related design requirements. The Syncrofit intuitive user interface provides a panel that acts like a dashboard that automatically computes all design rules for each of the fastener locations in an assembly. This provides a quick view of the design rule adherence. As a result, you can be confident that designs will be released within specification and that you will not be facing costly engineering change orders and potential rework or scrapped parts on the manufacturing floor.

Mastertrim is designed to automate the process of designing seats, interior elements and other products that require upholstery material.

It is increasingly important for potential customers to be satisfied with vehicle interior features, placing new pressure on auto makers to reduce time-to-market. In order to differentiate between models in shorter cycle times, engineers must deliver more and better designs faster.

Car companies of today are rapidly becoming the transportation service companies of tomorrow. Interiors will play a significant role; to a greater extent, transportation brand differentiation will on the interior rather than the exterior of the vehicle.

Car companies are transforming, from making cars to providing a transportation service where brand differentiation will rely more and more on a unique, enjoyable in-cabin experience. As this futuristic in-cabin experience becomes a reality, engineering, styling, and costing tools are needed to quickly develop and validate new unique interior concepts from a styling, cost, engineering, and producibility standpoint.

Mastertrim provides seat trim engineers with the tools needed to:

✓ Become less reliant on physical prototypes
✓ Achieve efficiency and accuracy during design, validation, and manufacturing development processes
✓ Better streamline collaboration and communication between styling, design, and manufacturing, as well as original equipment manufacturers (OEMs) and the supply chain

Mastertrim makes design changes quickly and efficiently and share information throughout the development process.

Mastertrim is designed to automate the process of designing seats, interior elements and other products that require upholstery material.

It is increasingly important for potential customers to be satisfied with vehicle interior features, placing new pressure on auto makers to reduce time-to-market. In order to differentiate between models in shorter cycle times, engineers must deliver more and better designs faster.

Car companies of today are rapidly becoming the transportation service companies of tomorrow. Interiors will play a significant role; to a greater extent, transportation brand differentiation will on the interior rather than the exterior of the vehicle.

Car companies are transforming, from making cars to providing a transportation service where brand differentiation will rely more and more on a unique, enjoyable in-cabin experience. As this futuristic in-cabin experience becomes a reality, engineering, styling, and costing tools are needed to quickly develop and validate new unique interior concepts from a styling, cost, engineering, and producibility standpoint.

Mastertrim provides seat trim engineers with the tools needed to:

✓ Become less reliant on physical prototypes
✓ Achieve efficiency and accuracy during design, validation, and manufacturing development processes
✓ Better streamline collaboration and communication between styling, design, and manufacturing, as well as original equipment manufacturers (OEMs) and the supply chain

Mastertrim makes design changes quickly and efficiently and share information throughout the development process.

Fibersim - Engineering innovative, durable and lightweight composite structures
Traditional methods for analysis, design and manufacturing of fibre-reinforced plastic products are no longer suitable. Fibersim software offers capabilities for analysis and design within the manufacturing environment.

Discover the optimal product design: Traditional methods for analysis, design and manufacturing of fibre-reinforced plastic products are no longer suitable. Fibersim software offers capabilities for analysis and design within the manufacturing environment. This is essential for developing high quality, effective products.
Fibersim allows you to find the most feasible product design through simulation analysis and quickly test validity of each component. As a result, you have complete confidence in your work and the ability to deliver a high-quality product to your consumer. Produce visual renditions of core panels and aesthetically pleasing composite cross-sections for all part shapes, increasing engagement and usability of the software.

Specialised tools to overcome specific challenges: Fibersim allows collaboration between engineering, manufacturing and analysis in order to optomise performance and exceed performance, weight and cost targets. The software provides an intelligent design-to-manufacturing composite product development solution that is fully integrated into your existing 3D CAD system.
Take advantage of the industry- and part- specific composites development processes that create innovative products that are used in a wide range of sectors. The systems open architecture allows you to develop best-in-class solutions tailored to your product and process. Fibersim provides the specialised tools you need to successfully deliver innovative, lightweight composite structures.