INTRODUCTION
Coastal
Engineering 2003 is the sixth international conference in this successful
series, which has previously focused on computer modelling and applications
of seas and coastal regions. This time, however, the objective of the
conference has been extended to include experimental measurements, to
highlight the importance of achieving the harmonious and joint development
of computer and experimental techniques.
The aim of the meeting is to provide a forum for the dissemination and
exchange of information on seas and coastal regions and their relationship
to environmental problems.
Coastal Engineering 2003 will address the study of seas and coastal regions
under normal and extreme conditions, emphasising the practical applications
currently being carried out around the world. Discussions will also take
place on environmental problems of coastal areas, which are frequently
densely populated or sites of major industrial development. The topic
of coastal protection and remediation work will also be addressed.
Problems such as pollution and general degradation of coastal areas have
become a major international concern and the related environmental problems
need further study to design remedial action. Moreover, the design and
construction of developments necessary for navigation such as harbours
and marinas requires an accurate knowledge of the sea climate, especially
in cases of extreme conditions.
Computer models are an efficient tool for analysing a variety of coastal
system problems in conjunction with experimental measurements.
WHO SHOULD ATTEND
Scientists
and engineers involved in the study and use of computational methods for
coastal engineering problems.
BENEFITS
TO YOU
•
Keep up-to-date on the latest advances in the field.
• Present your research within a unique forum.
• Collaborate with experts from around the world.
• Immediate publication of your research, if your paper is accepted.
The conference book is distributed at the time of Registration.
• Your research work will be publicised internationally.
LOCATION
Cadiz
was founded by the Phoenicians approximately 1,100 years BC, and
holds the distinction of being the oldest city in Europe. Cadiz
is surrounded by the sea on three sides and is only accessible by
the "Puerta de Tierra," a strip of land that was constructed in
1755 by Torcuato Cayon. Due to the rich history of Cadiz, the monuments,
buildings and museums are full of stories and depictions of the
past. The old central quarters is famous for its picturesque charm,
and many of the buildings reflect the city's overseas links.
CONFERENCE
VENUE
The conference will be held at the University of Cadiz. The university
traditionally belonged to the University of Western Andalusia, centralized
around the Rectorado of Seville; it gained its independence in the
early 1980s. The main branch of the three-campus university system
is located in the center of the city, and due to its wonderful location
the campus retains much of the charm of this fascinating city.
ACCOMMODATION
Special
rates will be offered to delegates at various hotels near to the conference
venue. Further details regarding booking will be made available in the
Provisional Programme.
EXHIBITION
FACILITIES
There
will be mini-exhibition space available for organisations wishing to exhibit
hardware, software, products, services and literature relating to the
theme of the conference. Further details are available from the conference
secretariat.
CALL
FOR PAPERS
Papers are
invited on the topics outlined and others falling within the scope of
the meeting. Abstracts of no more than 300 words should be submitted as soon as possible.
Abstracts
should clearly state the purpose, results and conclusions of the work
to be described in the final paper. Final acceptance will be based on
the full-length paper, which if accepted, must be presented at the conference.
Each submitted paper is subject to a separate registration. We strongly
encourage the submission of abstracts electronically. The language
of the conference will be English.
TOPICS
Shallow
water studies
Pollutant transport and dispersion
Sewage, chemical and other pollution
Wave studies
Harbour and marinas
Sea defence and protection systems
Coastal erosion
Siltation and dredging
Tidal simulation
Tsunamis, storm surges and typhoons
Estuarine problems
Coastal lakes and lagoons
Oil slicks
Case Studies
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