Effect of a possible Anak Krakatau explosion in the Jakarta Bay

D. Adytia, Mourice Woran, Embrecht W.C. van Groesen

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademic

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    Abstract

    Plans to build a sea dike in the Jakarta Bay to solve the multiple water problems in the Jakarta area should take into account the possibility of tsunami waves from a possible future explosion of Anak Krakatau. To obtain a rough indication of the possible waves we took the waves caused by the 1883 explosion of the Krakatau as guidance. The inverse problem to determine a possible generation scenario that produces similar waves as in 1883 is considered here using a relatively simple phreato-magmatic explosion model. For the simulations we use a Finite Element implementation of a linear Variational Boussinesq model.
    Original languageUndefined
    Title of host publicationProceedings of the 2nd Basic Science International Conference 2012
    Place of PublicationMalang, Indonesia
    PublisherBrawijaya University
    PagesK1-K5
    Number of pages5
    ISBN (Print)978-979-25-6033-6
    Publication statusPublished - Feb 2012

    Publication series

    Name
    PublisherBrawijaya University

    Keywords

    • Tsunami initialization
    • Tsunami wave
    • Anak Krakatau
    • Variational Boussinesq Model
    • METIS-285159
    • EWI-21605
    • IR-79798

    Cite this

    Adytia, D., Woran, M., & van Groesen, E. W. C. (2012). Effect of a possible Anak Krakatau explosion in the Jakarta Bay. In Proceedings of the 2nd Basic Science International Conference 2012 (pp. K1-K5). Malang, Indonesia: Brawijaya University.
    Adytia, D. ; Woran, Mourice ; van Groesen, Embrecht W.C. / Effect of a possible Anak Krakatau explosion in the Jakarta Bay. Proceedings of the 2nd Basic Science International Conference 2012. Malang, Indonesia : Brawijaya University, 2012. pp. K1-K5
    @inproceedings{6ca475945ee1472c9b491e4c8d9dd049,
    title = "Effect of a possible Anak Krakatau explosion in the Jakarta Bay",
    abstract = "Plans to build a sea dike in the Jakarta Bay to solve the multiple water problems in the Jakarta area should take into account the possibility of tsunami waves from a possible future explosion of Anak Krakatau. To obtain a rough indication of the possible waves we took the waves caused by the 1883 explosion of the Krakatau as guidance. The inverse problem to determine a possible generation scenario that produces similar waves as in 1883 is considered here using a relatively simple phreato-magmatic explosion model. For the simulations we use a Finite Element implementation of a linear Variational Boussinesq model.",
    keywords = "Tsunami initialization, Tsunami wave, Anak Krakatau, Variational Boussinesq Model, METIS-285159, EWI-21605, IR-79798",
    author = "D. Adytia and Mourice Woran and {van Groesen}, {Embrecht W.C.}",
    year = "2012",
    month = "2",
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    isbn = "978-979-25-6033-6",
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    Adytia, D, Woran, M & van Groesen, EWC 2012, Effect of a possible Anak Krakatau explosion in the Jakarta Bay. in Proceedings of the 2nd Basic Science International Conference 2012. Brawijaya University, Malang, Indonesia, pp. K1-K5.

    Effect of a possible Anak Krakatau explosion in the Jakarta Bay. / Adytia, D.; Woran, Mourice; van Groesen, Embrecht W.C.

    Proceedings of the 2nd Basic Science International Conference 2012. Malang, Indonesia : Brawijaya University, 2012. p. K1-K5.

    Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademic

    TY - GEN

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    AU - Woran, Mourice

    AU - van Groesen, Embrecht W.C.

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    Y1 - 2012/2

    N2 - Plans to build a sea dike in the Jakarta Bay to solve the multiple water problems in the Jakarta area should take into account the possibility of tsunami waves from a possible future explosion of Anak Krakatau. To obtain a rough indication of the possible waves we took the waves caused by the 1883 explosion of the Krakatau as guidance. The inverse problem to determine a possible generation scenario that produces similar waves as in 1883 is considered here using a relatively simple phreato-magmatic explosion model. For the simulations we use a Finite Element implementation of a linear Variational Boussinesq model.

    AB - Plans to build a sea dike in the Jakarta Bay to solve the multiple water problems in the Jakarta area should take into account the possibility of tsunami waves from a possible future explosion of Anak Krakatau. To obtain a rough indication of the possible waves we took the waves caused by the 1883 explosion of the Krakatau as guidance. The inverse problem to determine a possible generation scenario that produces similar waves as in 1883 is considered here using a relatively simple phreato-magmatic explosion model. For the simulations we use a Finite Element implementation of a linear Variational Boussinesq model.

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    KW - Tsunami wave

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    KW - Variational Boussinesq Model

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    KW - IR-79798

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    Adytia D, Woran M, van Groesen EWC. Effect of a possible Anak Krakatau explosion in the Jakarta Bay. In Proceedings of the 2nd Basic Science International Conference 2012. Malang, Indonesia: Brawijaya University. 2012. p. K1-K5