Sponsors
Brüel & Kjær
Brüel & Kjær is a world leading manufacturer and supplier of sound and vibration
solutions. Our customers are as diverse as our products and stem from a wide
range of industries that include automotive, aerospace, consumer goods and
telecommunications, as well as national government agencies. We help them solve
a long list of sound and vibration problems from environmental noise
measurements and building acoustics to structural dynamics, vibration
measurements, and quality control. Today, Brüel & Kjær has 900 employees and
sales offices in 55 countries.
Aalborg University - Department of Civil Engineering
Breaking away from the traditional university concept and form of teaching,
Aalborg University (AAU) emerged in 1974 with a profile very much its own. The
key concept in both research and teaching is inter-disciplinarity, and the study
programmes are organised around problem-oriented group work. The University
emphasises cooperation with businesses, organisations and institutions within
teaching as well as research. Likewise, internationalisation has a very high
priority at Aalborg University. Aalborg University is divided into three
faculties - Humanities, Social Science and Engineering and Natural Science - and
offers more than 60 different study programmes. The University has close to
14,000 students.
Structural Vibration Solutions
Structural Vibration Solutions A/S is the developer of ARTeMIS Extractor, the
leading software for Natural Input Modal Analysis (NIMA) – The modal analysis
software for the vast number of cases where it is preferred not to control or
measure the loading. The software is used by mechanical engineers for
operational modal analysis of machines and components and by civil engineers
for ambient modal analysis of large structures like bridges and buildings. The
ARTeMIS modal software is an open, and user friendly platform for modal
testing, modal analysis and modal problem solving. If you can measure the
vibrations, ARTeMIS Extractor can give you the modes in terms of mode shape,
natural frequency and damping ratio.