Heat modeling in copiers

E.H. van de Waal, J.M.J. Beckers, Johannes F. Broenink

    Research output: Chapter in Book/Report/Conference proceedingChapterAcademicpeer-review

    157 Downloads (Pure)

    Abstract

    Heat is one of those system aspects that is influenced by multiple engineering disciplines. Because it is difficult to communicate design decisions between disciplines, as discussed briefly in Chapter 1, it is difficult to find the optimal design with respect to these system aspects. One way in which the design process can be improved is to use model-based design. Using models, it becomes possible for the disciplines to communicate insights and make trade-offs in an early stage of development, before design changes become prohibitively expensive. In this chapter, an example of a heat model is shown that can be used for these purposes. First, the relevance of heat in a printer is explained by linking heat to the fundamental goal of a printer: making high-quality prints. This gives insight in the questions to be answered by modeling. Then some modeling techniques for heat are discussed, and a case is studied in which a heat model is constructed.
    Original languageUndefined
    Title of host publicationBoderc: Model-based design of high-tech systems
    EditorsMaurice Heemels, Gerrit Muller
    Place of PublicationEindhoven
    PublisherEmbedded Systems Intitute
    Pages89-100
    Number of pages12
    ISBN (Print)978-90-78679-01-1
    Publication statusPublished - 2006

    Publication series

    Name
    PublisherEmbedded Systems Institute
    NumberF2006D191

    Keywords

    • EWI-9366
    • IR-57732
    • METIS-237979

    Cite this

    van de Waal, E. H., Beckers, J. M. J., & Broenink, J. F. (2006). Heat modeling in copiers. In M. Heemels, & G. Muller (Eds.), Boderc: Model-based design of high-tech systems (pp. 89-100). Eindhoven: Embedded Systems Intitute.
    van de Waal, E.H. ; Beckers, J.M.J. ; Broenink, Johannes F. / Heat modeling in copiers. Boderc: Model-based design of high-tech systems. editor / Maurice Heemels ; Gerrit Muller. Eindhoven : Embedded Systems Intitute, 2006. pp. 89-100
    @inbook{ebf9864c4ffe478899e0636d4eaffc9a,
    title = "Heat modeling in copiers",
    abstract = "Heat is one of those system aspects that is influenced by multiple engineering disciplines. Because it is difficult to communicate design decisions between disciplines, as discussed briefly in Chapter 1, it is difficult to find the optimal design with respect to these system aspects. One way in which the design process can be improved is to use model-based design. Using models, it becomes possible for the disciplines to communicate insights and make trade-offs in an early stage of development, before design changes become prohibitively expensive. In this chapter, an example of a heat model is shown that can be used for these purposes. First, the relevance of heat in a printer is explained by linking heat to the fundamental goal of a printer: making high-quality prints. This gives insight in the questions to be answered by modeling. Then some modeling techniques for heat are discussed, and a case is studied in which a heat model is constructed.",
    keywords = "EWI-9366, IR-57732, METIS-237979",
    author = "{van de Waal}, E.H. and J.M.J. Beckers and Broenink, {Johannes F.}",
    year = "2006",
    language = "Undefined",
    isbn = "978-90-78679-01-1",
    publisher = "Embedded Systems Intitute",
    number = "F2006D191",
    pages = "89--100",
    editor = "Maurice Heemels and Gerrit Muller",
    booktitle = "Boderc: Model-based design of high-tech systems",

    }

    van de Waal, EH, Beckers, JMJ & Broenink, JF 2006, Heat modeling in copiers. in M Heemels & G Muller (eds), Boderc: Model-based design of high-tech systems. Embedded Systems Intitute, Eindhoven, pp. 89-100.

    Heat modeling in copiers. / van de Waal, E.H.; Beckers, J.M.J.; Broenink, Johannes F.

    Boderc: Model-based design of high-tech systems. ed. / Maurice Heemels; Gerrit Muller. Eindhoven : Embedded Systems Intitute, 2006. p. 89-100.

    Research output: Chapter in Book/Report/Conference proceedingChapterAcademicpeer-review

    TY - CHAP

    T1 - Heat modeling in copiers

    AU - van de Waal, E.H.

    AU - Beckers, J.M.J.

    AU - Broenink, Johannes F.

    PY - 2006

    Y1 - 2006

    N2 - Heat is one of those system aspects that is influenced by multiple engineering disciplines. Because it is difficult to communicate design decisions between disciplines, as discussed briefly in Chapter 1, it is difficult to find the optimal design with respect to these system aspects. One way in which the design process can be improved is to use model-based design. Using models, it becomes possible for the disciplines to communicate insights and make trade-offs in an early stage of development, before design changes become prohibitively expensive. In this chapter, an example of a heat model is shown that can be used for these purposes. First, the relevance of heat in a printer is explained by linking heat to the fundamental goal of a printer: making high-quality prints. This gives insight in the questions to be answered by modeling. Then some modeling techniques for heat are discussed, and a case is studied in which a heat model is constructed.

    AB - Heat is one of those system aspects that is influenced by multiple engineering disciplines. Because it is difficult to communicate design decisions between disciplines, as discussed briefly in Chapter 1, it is difficult to find the optimal design with respect to these system aspects. One way in which the design process can be improved is to use model-based design. Using models, it becomes possible for the disciplines to communicate insights and make trade-offs in an early stage of development, before design changes become prohibitively expensive. In this chapter, an example of a heat model is shown that can be used for these purposes. First, the relevance of heat in a printer is explained by linking heat to the fundamental goal of a printer: making high-quality prints. This gives insight in the questions to be answered by modeling. Then some modeling techniques for heat are discussed, and a case is studied in which a heat model is constructed.

    KW - EWI-9366

    KW - IR-57732

    KW - METIS-237979

    M3 - Chapter

    SN - 978-90-78679-01-1

    SP - 89

    EP - 100

    BT - Boderc: Model-based design of high-tech systems

    A2 - Heemels, Maurice

    A2 - Muller, Gerrit

    PB - Embedded Systems Intitute

    CY - Eindhoven

    ER -

    van de Waal EH, Beckers JMJ, Broenink JF. Heat modeling in copiers. In Heemels M, Muller G, editors, Boderc: Model-based design of high-tech systems. Eindhoven: Embedded Systems Intitute. 2006. p. 89-100