Dit rapport bevat de inhoudelijke eindrapportage van de uitgevoerde werkzaamheden binnen het TechForFuture project “Cobots in de Kunststofindustrie 2” (CoKu2) en “Cobots in de Pro-ductie 2” (CoP2) en werkt voort op het voorafgaande project “Cobots in de kunststofindustrie” (CoKu).

Onderdeel van het project: TFF Freeforming. Met behulp van Additive Manufacturing is al veel mogelijk; de keuze van beschikbare materialen is echter nog wel minder breed dan bij conventionele verwerkingstechnieken als spuitgieten. Een mogelijk antwoord hiervoor is Arburg Plastic Freeforming (APF), een …

In this TechForFuture project ‘Polymer Mixing in a Single Screw Extruder’ a method to optimize mixing elements is developed based on numerical simulations (Computational Fluid Dynamics, CFD). A numerical procedure is developed to calculate the flow field in the extruder. By tracing particles in this …

In this TechForFuture project ‘Polymer Mixing in a Single Screw Extruder’ a method to optimize mixing elements is developed based on numerical simulations (Computational Fluid Dynamics, CFD). A numerical procedure is developed to calculate the flow field in the extruder. By tracing particles in this …

Dit rapport bevat de inhoudelijke eindrapportage van de uitgevoerde werkzaamheden binnen het TechForFuture project ‘Automatisering van Flexibele Quick Response Manufacturing’, afgekort ‘AutoFlexQRM’.

Dit rapport bevat de inhoudelijke eindrapportage van de uitgevoerde werkzaamheden binnen het TechForFuture project “Cobots in de Kunststofindustrie’, afgekort “CoKu”. TechForFuture is een samenwerking tussen hogeschool Saxion en hogeschool Windesheim.

In this TechForFuture project ‘Polymer Mixing in a Single Screw Extruder’ a method to optimize mixing elements is developed based on numerical simulations (Computational Fluid Dynamics, CFD). A numerical procedure is developed to calculate the flow field in the extruder. By tracing particles in this …

This Powerpoint is part of the project Twomes. This deliverable contains a presentation about the heat balance model and inverse-grey-box analysis tools that support automated estimation of crucial parameters of buildings, installations and comfort needs in individual homes and utility buildings based …

This Powepoint is part of of the project Twomes. This deliverable briefly describes the research questions we want to test with the research in Twomes. This project is supported by TechForFuture (https://techforfuture.nl), the Centre of Expertise HTSM Oost, an initiative of Saxion and Windesheim.

This Powerpoint is part of the project Twomes. This deliverable contains a description of the digital twin, i.e. the inverse grey-box analysis model and of the tools used to analyze home heating data in order to derive building model parameters, installation model parameters and comfort need model parameters. This …