Herstellung von 3D-Hochleistungs-Holzspan-Kunststoff-Verbunden (HHKV) in geschlossenen Formwerkzeugen. - In: Technomer 2015, 2015, V 4.3, insges. 3 S.
Kurzfassung S. 51
Korrelation von Eigenschaften und Parametern beim Folienhinterspritzen. - In: Technomer 2015, 2015, V 1.3, insges. 1 S.
Kurzfassung S. 9
The relationship between fibre orientation and electrical conductivity of molded plastic parts. - In: Abstracts of papers, (2015), S. 10-11
Functionalization by adding conductive fibers into thermoplastic matrices offers a transfer of electrical charge through a plastic component. A percolation network can be generated using contacting particles that create conductive paths through insulating thermoplastic. Injection molding parameters influences the generation of this network, thus electrical conductivity. Especially, the particle orientation and distribution result in obtaining a percolation path. To identify the main influences, a processing parameter study was carried out and verified by FEM flow simulation. A comparison of calculated and measured results shows differences resulting from interactions between individual fibers and variant cooling as a result of altered thermal conductivity. The predictability of flow orientation leads to suitable processing conditions to effect electrical conductivity patterns.
Wpływ modifikacji powierzchni na mieszanki pianek metalicznych z materiałami termoplastycznym :
Influences of surface-modifications on metalfoam-thermoplastic compounds. - In: Abstracts of papers, (2015), S. 7
Expectable forces of Lorentz force velocimetry in low conducting and slow flowing solutions by the use of high-T c superconductors. - In: Proceedings, ISBN 978-2-9553861-0-1, (2015), S. 515-518
Approaches for modelling electromagnetic parameters in milling demonstration plant of organic agents. - In: Proceedings, ISBN 978-2-9553861-0-1, (2015), S. 473-476
This paper devoted to the numerical simulation of electromagnetic parameters in electromechanical milling laboratory plant EMZ-LAI. The physical and mathematical descriptions of electromechanical milling laboratory installation are presented. The methods and approaches for modelling the electromagnetic parameters in standard software packages are worked out. The obtained simulation results have shown good agreement with experimental measurements and the differences of the results are around 5 %.
Zweiachsiger Mikroschrittaktor mit großem Stellweg für die Positionierung von Blenden-Arrays. - In: MEMS, Mikroelemente, Systeme, (2015), S. 773-776
Aufbau eines HF-MEMS-Schalters in einem Silicium-Keramik-Verbundsubstrat. - In: MEMS, Mikroelemente, Systeme, (2015), S. 665-668
Autonomer binärer Zähler für die Erfassung von Grenzwertereignissen. - In: MEMS, Mikroelemente, Systeme, (2015), S. 342-345
Autonomer Sensor für den Sauerstoffnachweis in Verpackungen mittels natürlicher Fettsäuren. - In: MEMS, Mikroelemente, Systeme, (2015), S. 278-281