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Open AccessJournal Article

The Coastal Engineering Literature and the Field Engineer

A. W. Sam Smith
- 20 Apr 1994 - 
- Vol. 10, Iss: 2
TLDR
The coastal engineer who works largely full time in the field and on prototype conditions, keeps up to date, by practicing in two domains concurrently, basically continually reading the literature and where possible attending suitable coastal conferences.
Abstract
The coastal engineer who works largely full time in the field and on prototype conditions, keeps up to date, by practicing in two domains concurrently. The first is carried out in the field and consists of observing, collecting data, collating it and researching the results. The second domain consists of his on-going studies, basically continually reading the literature and where possible attending suitable coastal conferences. The first domain has hardly changed at all in the last 30 years, apart from the deployment of much more sophisticated and often much less reliable sensors, but in only the last 10 years, the second (or study) domain has changed nearly beyond recognition.

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Education of coastal engineers for the 50th ICCE

TL;DR: In this paper, the meaning of education for coastal engineers is discussed, and what the meaning is for education of coastal engineers will be worked out in this paper, as well as what the importance of knowledge from five years ago to be applied in the next five to 15 years is discussed.
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Mathematical Modeling of Beach Behavior Doesn't Work

TL;DR: The use of mathematical modeling to predict the behavior of beaches does not work as discussed by the authors and some of the major assumptions behind the models used by coastal engineers in the United States are wrong or are unverified.

The requirements for Coastal Engineers in Integrated Coastal Zone Management

H.J. Verhagen
TL;DR: In this article, the requirements for an educational program for coastal engineers from developing countries are quite different from those for the training of engineers from the industrialized world, and more attention has to be paid to the development of capabilities to come to practical solutions given the local constraints.
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Applicative limitations of sediment transport on predictive modeling in geomorphology

TL;DR: In this article, the authors identify sources of uncertainty or error that arise in attempting to scale up the results of laboratory-scale sediment transport studies for predictive modeling of geomorphic systems such as: (i) model imperfection, (ii) omission of important processes, (iii) lack of knowledge of initial conditions, (iv) sensitivity to initial condition, (v) unresolved heterogeneity, occurrence of external forcing, and (vii) inapplicability of the factor of safety concept.