Titre :	Ocean engineering : goals, environment, technology
Type de document :	texte imprimé
Auteurs :	Brahtz, John, Auteur
Editeur :	John Wiley
Année de publication :	1968
Importance :	720 p.
Format :	24 cm
Langues :	Anglais (eng)
Index. décimale :	551 Géologie, météorologie, hydrologie générale
Résumé :	In this book the individual authors have been concerned with the needs, opportunities, environment, and technology for ocean-centered operations. Their combined purpose is to indicate a rationale by which the problem-oriented activities and disciplines of professional engineers, scientists, and program planners can be integrated and polarized for support of the various national and state objectives for use of the oceans. In Part 1 the specific aim has been to indicate planning opportunities for matching socioeconomic, civil, and military needs with resources of the ocean. Toward this goal, consideration has been given to environmental constraints and significant conflicts that might arise in the planning process. In introducing Part 1 the writer seeks to indentify both the objectivity and connectivity of the authors' combined works. By doing so it is expected that a systems approach to ocean-centered program and project planning will be unmistakably implied as the underlying purpose. By this approach, a rationale emerges for integrating and polarizing the functions of all participants in a given program or project, including engineers, scientists, planners, managers, and educators. Also, such a systems-planning rationale will be found generally applicable at the several operating levels of the public sector and within individual organizations of the private sector, all serving the national program in marine science.

Ocean engineering : goals, environment, technology [texte imprimé] / Brahtz, John, Auteur . - John Wiley, 1968 . - 720 p. ; 24 cm.
Langues : Anglais (eng)

Index. décimale :

551 Géologie, météorologie, hydrologie générale

Résumé :

In this book the individual authors have been concerned with the needs, opportunities, environment, and technology for ocean-centered operations. Their combined purpose is to indicate a rationale by which the problem-oriented activities and disciplines of professional engineers, scientists, and program planners can be integrated and polarized for support of the various national and state objectives for use of the oceans. In Part 1 the specific aim has been to indicate planning opportunities for matching socioeconomic, civil, and military needs with resources of the ocean. Toward this goal, consideration has been given to environmental constraints and significant conflicts that might arise in the planning process. In introducing Part 1 the writer seeks to indentify both the objectivity and connectivity of the authors' combined works. By doing so it is expected that a systems approach to ocean-centered program and project planning will be unmistakably implied as the underlying purpose. By this approach, a rationale emerges for integrating and polarizing the functions of all participants in a given program or project, including engineers, scientists, planners, managers, and educators. Also, such a systems-planning rationale will be found generally applicable at the several operating levels of the public sector and within individual organizations of the private sector, all serving the national program in marine science.