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Introduction to Computational Fluid Dynamics - VKI LS
Cubesat technology and applications
Symposium of VKI Phd research 2013 - FREE REGISTRATION
Radial Compressor Design and optimization - VKI Short Course
CFD for atmospheric flows and wind engineering
Accurate and efficient aeroacoustic prediction approaches...
Aeroengine design: from state of the art turbofans towards innovative architectures
STO-AVT-206 Fluid Dynamics associated to launcher developers
European Turbomachinery Conference
Modeling, measurement and control of ventilation ...
STO-AVT-218 Radiation and gas-surface interaction phenomena in high speed re-entry
Turbulent combustion
STO-AVT-219 Source term characterization of the consequences of storage tank aggressions
CubeSat Symposium
Transition and turbulence in high-speed flow
Flow characteristics and performance of safety valves
Eurotherm 96: Convective Heat Transfer Enhancement
Introduction to Measurement Techniques
Self-excited combustion instability in a lean premixed gas-turbine model combustor with mixture in homogeneity
Venus atmospheric entry flow duplication
Advanced post-processing of experimental and numerical data
1st Training School on Space Weather Effects for Engineers
Fluid Mechanics and Chemistry for Safety issues in HLM nuclear reactors
37th Advanced VKI CFD Lecture Series: Recent Developments in Higher Order Methods and Industrial Application in Aeronautic
The events, conferences and symposiums organize by the von Karman Institute, except lecture series.
The scope of the conference covers the scientific and engineering outcomes concerning the fluid dynamic, thermodynamic, performance and stability aspects in the design, development and operation of axial, mixed flow and radial turbomachines
EVI-GTI is a membership organisation for the Gas Turbine Instrumentation Community. Created in response to a need for a focal point and greater coherence in the sector, the organisation results from a 3-year EU funded GROWTH project.
In a market place that demands improved engine products, reduced cost of ownership, shorter time to market and with a rapidly growing interest in “by the hour” type service agreements, there is a need for gas turbine manufacturers to focus their attention and resources on core competencies, reduced costs and increased operational flexibility and speed. The resulting use of already limited resources in these areas means that the development of advanced sensors and sensor technologies is likely to shift towards specialists (universities, research organisations and instrumentation supply chain companies) who are innovative, have considerable existing experience and understand the route to commercial exploitation.
EVI-GTI, with its web-based ‘virtual’ infrastructure, spans organisational, cultural and geographical boundaries, improves collaboration and communication, and aids the alignment of strategic aims, enabling the maximisation of resources.
EVI-GTI seeks to serve the whole of the Gas Turbine Instrumentation community:
- Manufacturers of gas turbine engines and turbo systems
- Instrumentation supply chain companies
- Research institutes and universities
- Users of industrial gas turbines
The conference is a review of the lecture series given in this specific field.
The STO-AVT / VKI Lecture Series are organized with the support of the NATO Science and Technology Organization (STO). The conference are hold at the von Karman Institute. The proceedings of the conferences are distributed by the STO (former RTO).
Lectures will be given by active specialists drawn from universities, research establishments and industries in Europe and North America. A detailed outline and application form will be prepared approximately four months in advance of each Lecture Series and will be sent to all those on the Institute's mailing list who have expressed an interest in relevant subject areas.