TY - RPRT
T1 - Progress report no.5 for period Jan.1 to Dec.31, 1996
T2 - STVF Framwork Program: Computational and Experimental Fluid
Mechanics
AU - Larsen, Poul Scheel
PY - 1996
Y1 - 1996
N2 - The framework program Computational and Experimental Fluid
Mechanics (C&EFM) has been funded by the Danish Technical
Research Council (STVF) during the 5-year period 1-1-93 to
31-12-97, beginning with 2.5 mioKr/year and increasing to 3.0
mioKr/year. It has been a collaborative research program amongst
the following university partners:- Afd.for Fluid Mekanik (AFM),
Inst.for Energiteknik (ET), DTU- Institut for Matematisk
Modellering (IMM, formerly NI), DTU- OptikGruppen, Fysisk Institut
(OG-FYS), DTU- Institut for Kemiteknik (KT), DTU- Institut for
Skibs- og Havteknik (ISH), DTU- Institut for Strømningsmekanik og
Vandbygning (ISVA), DTU - Institut for Energiteknik (IFE), AUC The
aim of the program has been the development of efficient
algorithms, their implementation in codes of Computational Fluid
Mechanics (CFD), and the experimental verification of these codes.
Flows of both fundamental and applied nature have been
investigated, including flows in industrial process equipment,
around aerodynamics structures and ships, and flows over bed forms
of importance for sediment transport. The experimental work has
included the development of improved techniques, emphasizing
optical methods.The objectives were realized through a coordinated
experimental and teoretical/computational research program,
organized in 6 specific projects:Project 1. CFD-methods and
algorithms Project 2. Spectral element simulation of
ultrafiltrationProject 3. Turbulent swirling flowsProject 4.
Near-wall models of turbulence & Development of experimental
techniquesProject 5. Flow over bed formsProject 6. Flow past ship
hull.An additional Project 0, defined for budgetary reasons, has
covered common activities and indirect actions in the form of
collaboration on a small scale with other research groups.General
aspects are summarized in the first part of this report while the
Annex at the end gives a detailed final report for each of the
projects. This includes the tasks announced, the results obtained,
and a list publications. Besides specific results for the selected
research problems, a major product of the program has been the
education and training of researchers within the field of
computational and experimental fluid mechanics. This includes 12
Ph.D. candidates fully or partially funded by the program, an
aboutequal number of Ph.D. candidates working on associated
problems and gaining from the program, as well as a number of
Masters candidates. To this should be added the many arrangements
in terms of workshops, seminars and the dissemination of results
which, all in all, have contributed to a strengthening of national
and international collaboration.It is felt that the timing and the
subject matter of the program have been very good because, as can
be observed, a number of private companies and public institutions
have formed or expanded CFD-groups staffed by candidates from the
program.
AB - The framework program Computational and Experimental Fluid
Mechanics (C&EFM) has been funded by the Danish Technical
Research Council (STVF) during the 5-year period 1-1-93 to
31-12-97, beginning with 2.5 mioKr/year and increasing to 3.0
mioKr/year. It has been a collaborative research program amongst
the following university partners:- Afd.for Fluid Mekanik (AFM),
Inst.for Energiteknik (ET), DTU- Institut for Matematisk
Modellering (IMM, formerly NI), DTU- OptikGruppen, Fysisk Institut
(OG-FYS), DTU- Institut for Kemiteknik (KT), DTU- Institut for
Skibs- og Havteknik (ISH), DTU- Institut for Strømningsmekanik og
Vandbygning (ISVA), DTU - Institut for Energiteknik (IFE), AUC The
aim of the program has been the development of efficient
algorithms, their implementation in codes of Computational Fluid
Mechanics (CFD), and the experimental verification of these codes.
Flows of both fundamental and applied nature have been
investigated, including flows in industrial process equipment,
around aerodynamics structures and ships, and flows over bed forms
of importance for sediment transport. The experimental work has
included the development of improved techniques, emphasizing
optical methods.The objectives were realized through a coordinated
experimental and teoretical/computational research program,
organized in 6 specific projects:Project 1. CFD-methods and
algorithms Project 2. Spectral element simulation of
ultrafiltrationProject 3. Turbulent swirling flowsProject 4.
Near-wall models of turbulence & Development of experimental
techniquesProject 5. Flow over bed formsProject 6. Flow past ship
hull.An additional Project 0, defined for budgetary reasons, has
covered common activities and indirect actions in the form of
collaboration on a small scale with other research groups.General
aspects are summarized in the first part of this report while the
Annex at the end gives a detailed final report for each of the
projects. This includes the tasks announced, the results obtained,
and a list publications. Besides specific results for the selected
research problems, a major product of the program has been the
education and training of researchers within the field of
computational and experimental fluid mechanics. This includes 12
Ph.D. candidates fully or partially funded by the program, an
aboutequal number of Ph.D. candidates working on associated
problems and gaining from the program, as well as a number of
Masters candidates. To this should be added the many arrangements
in terms of workshops, seminars and the dissemination of results
which, all in all, have contributed to a strengthening of national
and international collaboration.It is felt that the timing and the
subject matter of the program have been very good because, as can
be observed, a number of private companies and public institutions
have formed or expanded CFD-groups staffed by candidates from the
program.
M3 - Report
BT - Progress report no.5 for period Jan.1 to Dec.31, 1996
ER -