Doping of Conveyor Belt Materials with Nanostructured Fillers to Adapt Innovative Performance Characteristics
The “conveyor belt" as a product represents a
complex high performance component with a wide range of different
applications. Further development of these highly complex
components demands an integration of new technologies and new
enhanced materials. In this context nanostructured fillers appear to
have a more promising effect on the performance of the conveyor
belt composite than conventional micro-scaled fillers.
Within the project “DotTrans" nanostructured fillers, for example
silicon dioxide, are used to optimize performance parameters of
conveyor belt systems. The objective of the project includes
operating parameters like energy consumption or friction
characteristics as well as adaptive parameters like cut or wear
resistance.
[1] A. Hintz, Einfluss des Gurtaufbaus auf den Energieverbrauch von
Gurtförderanlagen. Diss., Universit├ñt Hannover, (1993)
[2] Internal results using Nanocryl C165 of the nanoresins AG.
[3] B. R. K. Blackman, A. J. Kinloch, J. Sohn Lee, A.C. Taylor, R. Agarwal,
G. Schueneman, S. Sprenger, The fracture and fatigue behavior of nanomodified
epoxy polymers. Journal of Materials Science 42, 7049-7051,
(2007)
[4] H. Czichos, K.-H. Habig, Tribologie-Handbuch, Reibung und
Verschleiß; Wiesbaden; Vieweg, (1992)
[5] Internal research of Forbo Siegling GmbH.
[6] K.-G. Scholz, Tribologie der Elastomere, Anwendungs- und Pr├╝ftechnik
des elastomeren Verschleißschutzes; (2006)
[7] F.-O. Geesmann, Experimentelle und theoretische Untersuchungen der
Bewegungswiderst├ñnde von Gurtförderanlagen. Dissertation Universit├ñt
Hannover, (2001)
[8] A. Hintz, Einfluss des Gurtaufbaus auf den Energieverbrauch von
Gurtförderanlagen. Dissertation Universit├ñt Hannover, (1993)
[9] A. Kropf-Eilers, Schadensbildung an Stahlseilfördergurten. Dissertation
Universität Hannover, (1997)
[10] F. Scholl, Beitrag zur Bestimmung des Eindr├╝ckrollwiderstandes von
Gurtförderern, Dissertation Universit├ñt Hannover, Berlin: Pro Business,
(2004)
[11] F.-M. Wolpers, Untersuchungen zum Verschleißverhalten von
Fördergurten. Dissertation Universit├ñt Hannover, 1989.
[12] Internal research of Phoenix conveyor belt systems
[1] A. Hintz, Einfluss des Gurtaufbaus auf den Energieverbrauch von
Gurtförderanlagen. Diss., Universit├ñt Hannover, (1993)
[2] Internal results using Nanocryl C165 of the nanoresins AG.
[3] B. R. K. Blackman, A. J. Kinloch, J. Sohn Lee, A.C. Taylor, R. Agarwal,
G. Schueneman, S. Sprenger, The fracture and fatigue behavior of nanomodified
epoxy polymers. Journal of Materials Science 42, 7049-7051,
(2007)
[4] H. Czichos, K.-H. Habig, Tribologie-Handbuch, Reibung und
Verschleiß; Wiesbaden; Vieweg, (1992)
[5] Internal research of Forbo Siegling GmbH.
[6] K.-G. Scholz, Tribologie der Elastomere, Anwendungs- und Pr├╝ftechnik
des elastomeren Verschleißschutzes; (2006)
[7] F.-O. Geesmann, Experimentelle und theoretische Untersuchungen der
Bewegungswiderst├ñnde von Gurtförderanlagen. Dissertation Universit├ñt
Hannover, (2001)
[8] A. Hintz, Einfluss des Gurtaufbaus auf den Energieverbrauch von
Gurtförderanlagen. Dissertation Universit├ñt Hannover, (1993)
[9] A. Kropf-Eilers, Schadensbildung an Stahlseilfördergurten. Dissertation
Universität Hannover, (1997)
[10] F. Scholl, Beitrag zur Bestimmung des Eindr├╝ckrollwiderstandes von
Gurtförderern, Dissertation Universit├ñt Hannover, Berlin: Pro Business,
(2004)
[11] F.-M. Wolpers, Untersuchungen zum Verschleißverhalten von
Fördergurten. Dissertation Universit├ñt Hannover, 1989.
[12] Internal research of Phoenix conveyor belt systems
@article{"International Journal of Architectural, Civil and Construction Sciences:63912", author = "S. Falkenberg and L. Overmeyer", title = "Doping of Conveyor Belt Materials with Nanostructured Fillers to Adapt Innovative Performance Characteristics", abstract = "The “conveyor belt" as a product represents a
complex high performance component with a wide range of different
applications. Further development of these highly complex
components demands an integration of new technologies and new
enhanced materials. In this context nanostructured fillers appear to
have a more promising effect on the performance of the conveyor
belt composite than conventional micro-scaled fillers.
Within the project “DotTrans" nanostructured fillers, for example
silicon dioxide, are used to optimize performance parameters of
conveyor belt systems. The objective of the project includes
operating parameters like energy consumption or friction
characteristics as well as adaptive parameters like cut or wear
resistance.", keywords = "Conveyor belt, nanostructured fillers, wear
resistance, friction characteristics.", volume = "3", number = "5", pages = "234-7", }