CAxMan Portal

The web-interface to the CAxMan Infrastructure, services and workflows. This is to be used as an example for how to call the infrastructure. This is an example for efficent use of the CloudFlow/CAxMan infrastructure.

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Topsolid ® with Thermal Analysis , Process Planning, Optimization and Simulation Features

Software platform to simulate the thermal exchange for the moulding injection process to analyse the deformations due to the injection process, and to analyse the deformations due to the printing process this is to optimize the design of a complete mould. It will be the first application software based on IGA technology, and also to analyse deformations resulting of the printing process.

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FEM Simulation Platfrom for Addtitive Manufacturing

Software platform for numerical simulation for additive manufacture. Prototyping complex products in additive manufacturing. (Prototype in sim. Env.) A software development on the simulation platform optimised for AM process simulation for understanding of the consequences induced by the AM fabbrication technology.

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Process Plan Analysis and Optimization Library (CAxLib)

Software library that implements mesh analysis and process planning tools. Integrateable with CAx pipeline or workflow. Tools in CAxLib try to reduce the usage of material. Possibility to handle annotations attached to the whole mesh and to single mesh elements. Enables effective interoperability with design and simulation.

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EDMopenSimDM™ with Additive Manufacturing Capabilities

A product design definition and simulation data management tool optimised with understanding of the specific requirements for Additive Manufacturing. (Configuration control of engineering data, Long time storage, Product Data Integration, PLM -Simulation and test data management).

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GoTools with Mathematical Functionality and Data Structures Targeting Additive Manufacturing

GoTools C++ Library with mathematical functionality and data structures targeting additive manufacturing. A one-, two- and tri-variatespline library targeting CAD, Isogeoemtric-mdoeliing and big data modelling based on splines and elementary surfaces. It is as far as we know the only spline library with this wide range of dimensionalites addresssed.

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Iso-geometric Analysis Tool (IGATools++)

Isogeometric-based methods for trimmed and multipath volumes. Isogeometric specific algorithms for shape optimization, linear and nonlinear mechanics, and thermal analysis. Trimmed isogeomemtric volumes is a new tchnology that brings the ideas of surface trimming in CAD into tri-variate isogeoemtric modelling thus breaking free from the block structures of untrimmed isogeoemtric volumes.

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EDMopenSimDM™ with Additive Manufacturing Workflow

EDMopenSIMDMTM with AM capabilities, deployed on the cloud. Product data and simulation data management system deployed on the cloud enabling data for AM parts to created, edited and archived on the cloud, standalone and with other CAxMan products/services.

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Workflow Editor Based on OWL-S

(Semi-)automatic service orchestration which is to be used to create workflows (semi-)automatically by only providing the input and output formats. Workflow Editor in run-time. Web based solution and SOAP Service. Service orchestration features to OWL-S standard. Infrastructure component that allows the creation of simple or complex workflows. This approach can be adapted and combined with further planning components.

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Business Modelling

Community Edition of The Business Modelling Infra-structure supports both (1) top-down; business modelling scenarios beginning with identification of market structure and needs down to creation business models, con-figuration product and services, and identification required intellectual properties, (2)bottom-up; creation of business models with beginning exiting intellectual proper-ties and composing product and services with those intellectual properties correspond-ing to the Modelling Infra-structure supports both (1) top-down; business modelling scenarios beginning with identification of market structure and needs down to creation business models, con-figuration product and services, and identification required intellectual properties, (2)bottom-up; creation of business models with beginning exiting intellectual proper-ties and composing product and services with those intellectual properties correspond-ing to the market needs, building value creation chains and creation of business mod-els based on that.

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