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  1. Document mime-type: application/pdf INFO_Sheet_NI_1.pdf

    • April 2012
    • (4974 KB)

    NI LabView integration node - info sheet

    More recently the interest of common customers made ESTECO and National Instruments Inc. to cooperate in this field and now a dedicated plug-in streamline the connection between modeFRONTIER and NI LabView.

     

  2. Document mime-type: application/pdf modeFRONTIER_CFD_porosity.pdf

    • March 2011
    • (3887 KB)

    Tuning CFD Porosity Parameters with modeFRONTIER

    In many engineering systems it is common to find geometric features which have a significant impact on the flow, but whose structure makes direct CFD analysis expensive, due to the high number of cells which would be needed to model them accurately.

     

  3. Document mime-type: application/pdf TESTIMONIAL_Piaggio_1.pdf

    • April 2012
    • (4219 KB)

    modeFRONTIER at Piaggio

    Piaggio has been using modeFRONTIER in the development process of engines since 2007. The first application was the coupling of modeFRONTIER with the WAVE suite in order to optimize multi-objective engine performance criteria.  

  4. Document mime-type: application/pdf INFO_Sheet_LANDIRENZO.pdf

    • April 2012
    • (6182 KB)

    modeFRONTIER at LANDI RENZO

    At Landi Renzo modeFRONTIER was used to calibrate numerical models, build a multidisciplinary workbench and schedule simulation campaigns in fluid-dynamic design. 

  5. Document mime-type: application/pdf INFO_Sheet_Fermi.pdf

    • October 2010
    • (6110 KB)

    modeFRONTIER at Sincrotrone

    The new free electron laser, FERMI@Elettra, under construction at Sincrotrone Trieste has been designed using modeFRONTIER as a tool to optimize the design process of critical components.

     

  6. Document mime-type: application/pdf modeFRONTIER_RSM_strainstress.pdf

    • October 2010
    • (524 KB)

    Stress and strain curves extrapolated with modeFRONTIER

    modeFRONTIER can be used to extrapolate stress/ strain curves in function of material properties, saving many material testing samples, using rsponse Surface methods.

  7. Document mime-type: application/pdf modeFRONTIER_SoC_Multicube.pdf

    • March 2011
    • (4738 KB)

    Optimization of an Embedded Parallel System-on-Chip Platform using modeFRONTIER

    Thanks to the EU MULTICUBE project, modeFRONTIER has been retargeted to the domain of Embedded Parallel SoC design in terms of interaction with high level simulators as well as introducing ad hoc algorithms for discrete and categorical problems. 

  8. Document mime-type: application/pdf modeFRONTIER_Moldflow.pdf

    • October 2010
    • (1965 KB)

    Optimization of an automotive door panelacting with modeFRONTIER

    By coupling modeFRONTIER and Moldflow MPI, it is easy to control other parameters, such as part thickness, inlet gates' number and position.

     

  9. Document mime-type: application/pdf INFO_Sheet_simulationx_1.pdf

    • April 2012
    • (2959 KB)

    SimulationX integration node - info sheet

    ESTECO and ITI have been cooperating together to combine the potential of modeFRONTIER and the latest version of SimulationX. Now the two software are fully coupled. The new modeFRONTIER’s direct integration with SimulationX offers further opportunities to engineers and researchers: the entire simulation process and the multiphysics analysis can be virtually driven by the optimization technologies available in modeFRONTIER.

     

  10. Document mime-type: application/pdf modeFRONTIER_CST_antenna.pdf

    • October 2010
    • (6734 KB)

    Multi-objective optimization for antenna design

    The aim of this work is to test the effectiveness of native, true multi-objective optimization techniques, available today in modeFRONTIER, a ready-to-use multi-objective environment, directly driving CST MWS, and taking advantage of some useful interactive postprocessing tools.

  11. Document mime-type: application/pdf modeFRONTIER_ASPEN.pdf

    • October 2010
    • (596 KB)

    Integration between AspenPolymersPlus and modeFRONTIER

    Mitsui Chemicals Engineering Reduced the Study Time in Process Simulation from 60 Days to 8 Days, resulting in a 5% Improvement of Productivity for Polymerization. 

  12. Document mime-type: application/pdf infographics-A3-CMYK.pdf

    • April 2012
    • (2823 KB)

  13. Document mime-type: application/pdf HIGHLIGHTS_mF441_2011.pdf

    • April 2012
    • (2355 KB)

    modeFRONTIER Highlights 4.4.1

  14. Document mime-type: application/pdf activeVIEWER features.pdf

    • April 2012
    • (58 KB)

    activeVIEWER features

  15. Document mime-type: application/pdf INFOSHEET_mF4_grid_2012.pdf

    • April 2012
    • (3054 KB)

    THE GRID - info sheet

    The GRID is a new system that allows the simultaneous use of simulation software on different machines. It’s enough to have just one modeFRONTIER license on one of the machines used to be able to perform your design process saving time and resources. 

  16. Document mime-type: application/pdf TESTIMONIAL_formula_sae.pdf

    • April 2012
    • (4397 KB)

    modeFRONTIER at Formula SAE

    modeFRONTIER is the ideal software to optimize Formula SAE design process. 

  17. Document mime-type: application/pdf INFO_Sheet_optimization_1.pdf

    • April 2012
    • (1975 KB)

    Optimization: what does it mean?

    modeFRONTIER’s optimization tools help focusing on the stream of creativity leading to innovation.  

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