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Projeler


IMPROVED MAGNETS FOR ENERGY GENERATION THROUGH ADVANCED TIDAL TECHNOLOGY

EU SEVENTH FRAMEWORK PROGRAMME

Project acronym: MAGNETIDE
Project full title : " Improved magnets for energy generation through advanced tidal technology "
Grant agreement no: 284578

ABSTRACT
In this project, we will develop improved magnetic generator by exploring the use of high performance rare earth
magnets, as well as iron (Fe) based PIM options for benchmarking and optimisation, in combination with an
innovative generator design and power system connection to integrate with the tidal device and achieve a high
energy conversion in terms of electrical power from the kinetic energy potential of tidal streams.
Industrial use of near net shape PIM magnets for wave and tidal devices in renewable energy generation will
be achieved, and therefore increasing the range of applications of these constantly developing materials. An
improved generator will also enable higher output in terms of energy conversion from tidal streams, resulting in a
more economical and efficient tidal device.


MAGNETIDE Consortium


The MAGNETIDE FP7 project is run by a consortium of three small-to-medium enterprises (SME) and four research and technology development organisations (RTD), led by ATARD. These organisations are based in six different countries across Europe.

More detailed information about each of the consortium partners are available to you by clicking on the logos below:

Project Partners



Related Links:
www.magnetide.eu
http://www.youtube.com/watch?v=vU-DwVdLoxk

DEVELOPMENT OF PARAMETRIC ANALYSIS TOOL FOR THE FRONT PANEL GROUP OF THE WASHING MACHINE

TÜBİTAK -1505

Devamlı yenilenen ve yeni modelleri oluşturulan çamaşır makinası için, ön panel, menteşe ve kapı grubunu kapsayacak şekilde ön bloğun mukavemet özelliklerini, malzeme, kalınlık, vb detaylar kapsamında analiz edebilecek ve geliştirilebilecek   mevcut CAD programlarıyla uyumlu bir arayüz  programının  geliştirilmesi amaçlanmıştır.

The main goal of project is the  to generate a systematic analysis tool for group assembly of front panel, hinge and window group in order to check and analyze the strength properties, material properties, design features of the components. These analyses will provide a finite element mathematical modeling structure and specific model for washing machines which is planned to be used in the further future projects. Meanwhile the results of the actual simulation model and the analysis will be tested and approved.