The paper deals with a digital pattern (DP) approach to the design of an automotive power window, using object-oriented modelling. Therefore, the paper faces the designing of a mechatronic system by using an integrated approach to product development. Then, Dymola/Modelica environment is used as a tool of a decision support system that makes possible the DP approach. The paper briefly sum up the results of simulations related to a power window system characterized by a double bowden sliding mechanism. Finally, the paper highlights the parameters that could be easily integrated in a graphical user interface, aimed to reduce both the development time of new power window system and to increase the accuracy of design activities.
A Digital Pattern Approach to the Design of an Automotive Power Window by means of Object-Oriented Modelling / Patalano, Stanislao; Vitolo, Ferdinando; Lanzotti, Antonio. - 2:(2015), pp. 199-207. [10.1007/978-3-319-14532-7_21]
A Digital Pattern Approach to the Design of an Automotive Power Window by means of Object-Oriented Modelling
PATALANO, STANISLAO;VITOLO, FERDINANDO;LANZOTTI, ANTONIO
2015
Abstract
The paper deals with a digital pattern (DP) approach to the design of an automotive power window, using object-oriented modelling. Therefore, the paper faces the designing of a mechatronic system by using an integrated approach to product development. Then, Dymola/Modelica environment is used as a tool of a decision support system that makes possible the DP approach. The paper briefly sum up the results of simulations related to a power window system characterized by a double bowden sliding mechanism. Finally, the paper highlights the parameters that could be easily integrated in a graphical user interface, aimed to reduce both the development time of new power window system and to increase the accuracy of design activities.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
