Type of research: applied Duration from: 01/01/91. to 12/15/95. Papers on project (total): 40
Papers on project quoted in Current Contents: 1
Institution name: Tehnički fakultet, Rijeka (69) Department/Institute: Department of technical mechanics Address: Vukovarska 58, 51000 Rijeka, Hrvatska City: 51000 - Rijeka, Croatia
Communication
Phone: 385 (0)51 32844
Fax: 385 (0)51 505403
E-mail: mrsa#rijeka.riteh.hr
Summary: Numerical modeling of fluid flow, or Computational Fluid
Dynamics popularly called, is very important area of research with
intensive growth (yearly few thousand articles are published throughout the
world). It is multidisciplinary scientific field, that includes fluid
mechanics, the equations of mathematical physics, numerical methods and
computer application,all combined to produce computer packages for fluid
flow modeling. The content of scientific research is creation of complex
computor programmes for modeling, analysis and optimization of fluid flows
in real engineering applications: turbomachinery flows (water and gas
turbines, pumps, fans), coastal flows with the analysis of polution
diffusion and compressible fluid flow in internal combustion engines. The
research includes the physical analysis of given flow with the selection of
the flow model, mathematical formulation of the problem, the choice of
numerical method of solution, the algorythm and computer program for the
fluid flow modeling. Computer program is divided in preprocessor, where the
geometry of the flow, physical properties of the fluid and boundary and
initial conditions are defined, main part of the programme, or solver,
where the mathematical problem is solved via accepted numerical model (
Finite Element Method) and postprocessor for graphical presentation of
calculated quantities .
Keywords: Computational fluid dynamics, fluid flows, numerical methods, finite element method, turbomachinery flows, hydrodynamics of costal waters, commpresible fluid flows, computer application in engineering.
Research goals: The goal of the proposed scientific research project
is the creation of complex computer packages for fluid flow modeling and
analysis in real industrial applications, such as turbomachinery flows:
water and gas tubines, pumps, fans, compressors, coastal water flows with
the polutant difussion and compressible fluid flow in the internal
combustion engines. The use of such computer programs will enable modeling
of the behaviour of such industrial plants and systems that have fluid flow
as the basis of their technology, as well as system variation of most
influential factors and , finaly, optimization of the whole system. Other information about the project.