Fully nonlinear modeling of nearshore wave propagation including the effects of wave breaking
C Papoutsellis, ML Yates, B Simon… - 36th Int. Conf. Coastal Eng …, 2018 - hal.science
36th Int. Conf. Coastal Eng.(ICCE'2018), 2018•hal.science
INTRODUCTION Nearshore wave modeling over spatial scales of several kilometers
requires balancing the fine-scale modeling of physical processes with the model's accuracy
and efficiency. In this work, a fully nonlinear potential flow model is proposed as a
compromise between simplified linear, weakly nonlinear or weakly dispersive models and
direct CFD approaches.
requires balancing the fine-scale modeling of physical processes with the model's accuracy
and efficiency. In this work, a fully nonlinear potential flow model is proposed as a
compromise between simplified linear, weakly nonlinear or weakly dispersive models and
direct CFD approaches.
INTRODUCTION Nearshore wave modeling over spatial scales of several kilometers requires balancing the fine-scale modeling of physical processes with the model's accuracy and efficiency. In this work, a fully nonlinear potential flow model is proposed as a compromise between simplified linear, weakly nonlinear or weakly dispersive models and direct CFD approaches.
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