High Performance Computing in Geosciences; Safety of Constructions with Respect to Rock Deformations and Movements


HIPERGEOS - CP94-820

Keywords: numerical methods, parallel processing,non-linear modelling, geo-sciences, simulation, civil engineering


Start Date: 1 March 95 / Duration: 36 months

[ participants / contact]


Objectivies and Approach

The objective of the project is to formulate and improve mathematical models for certain problems in geosciences and to develop numerical methods and software packages for these, which can be implemented efficiently on parallel computers.

The problems will be formulated in mathematical form as two- and three-dimensional partial differential equations as used in elasticity and plasticity. The models will be written in numerical form and implemented on high performance computers. The software so developed will be tested on real sized problems and the tests will be analysed and compared with in situ observations and experience to make further improvements to the models.

Progress and Results

Theory, algorithms, benchmark test problems, and software related to the two major applications:

have been constructed. Thereby, the basic mathematical models from elasticity theory and elasto-plastic materials have been used, and finite element approximations have been derived. Several variants of solution methods for the arisisng linear and non-linear equations have been developed and analysed. Tests on the benchmark problems have been started for the purpose of comparisons. The methods are presently being implemented on various parallel computer platforms.

Information Dissemination Activities and/or Exploitation

Results of the project will be used by one industrial partner in designing new mine technologies, and by another in construction of highways, bridges and tunnels.

Besides workshops, a visit to one of the mine sites of Partner 6 is planned, where the practical application of the models developed, tested and recommended within the HIPERGEOS project will be demonstrated.


Coordinator

Katholieke Universiteit Nijmegen
Dept. of Mathematics
Toernooiveld 1
NL-6500 GL Nijmegen, NL

EU Partners

Katholieke Universiteit Nijmegen (K.U.N.), NL
Université Libre de Bruxelles (U.L.B.), B

Non-EU Partners

Institute of Geonics Ostrava (I.G. A.S.), CZ
Academy of Sciences Prague (I.C.S. A.S.), CZ
Bulgarian Academy of Sciences Sofia (C.I.C.T.), BG
Geam, CZ
Most XXI Ltd., BG

CONTACT POINT

Prof. A.O.H. Axelsson
Tel: +31 80 65 32 31
Fax: +31 80 65 21 40
E-mail: Axelsson@sci.KUN.nl


INCO synopses home page INCO cooperation index INCO keyword index
INCO acronym index INCO number index INCO Projects index
All
synopses home page all keywords index all acronyms index all numbers index

HIPERGEOS - CP94-820, May 1997


please address enquiries to the ESPRIT Information Desk

html version of synopsis by Nick Cook