AIMS & SCOPE
The main aim of the 30th Italian Conference on Hydraulic Engineering (IDRA2006) is to promote participation on the part  of researchers and engineers interested in the development of research and in the application of Hydraulic Engineering.
IDRA 2006 is organized by the Universities of Roma " La Sapienza " and "Roma Tre" and will take place in the two Universities  September 10 - 15, 2006.
The conference will focus on the application and environmental aspects of hydraulic engineering in the field of civil engineering:
. designing of hydraulic and hydrological works for land protection;
. urban drainage systems, aqueduct systems;
. land mapping of hydraulic risk.
The important subjects of fluid mechanics, involved in maritime and coastal hydraulics will also be dealt with.
Consequently the national and international scientific community is cordially invited to present  conference papers concerning:
. advanced physical and mathematical models
. innovative management, design and controlling procedures;
. technical and application contribution;
. general contribution describing state of the art and advance issues  still to be explored.

CONFERENCE PROGRAM
A registration fee has to be paid for each paper accepted. All accepted papers will be published in the Conference Proceedings.
All works may be subject to revision so as to answer the authentic scientific relevance of the subject. The conference will include oral presentations and poster sessions. Special sessions for particular issues will also be organized in order to encourage young researchers to present their research results even though still in progress.
Companies interested in presenting their products and/or organizing technical events are invited to contact the Conference organizing committee.
Papers may be presented in Italian or in English

CONFERENCE SUBJECTS
The papers submitted to the conference should cover subjects related to physical processes, designing, managing and controlling of hydraulic infrastructures and statistical and mathematical models dealing with:
. ground waters;
. internal surface waters (rivers and lakes);
. external waters  (seas and oceans);
. atmospheric water;
. turbulence.