Table of contents
Browse categories
Browse authors

Alessia Longo

Al Hoge

Bernard Jerman

Bojan Čontala

Carsten Frederiksen

Carsten Stjernfelt

Daniel Colmenares

Dino Florjančič

Emanuele Burgognoni

Eva Kalšek
Franck Beranger

Gabriele Ribichini
Glacier Chen

Grant Maloy Smith

Helmut Behmüller

Iza Burnik

Jaka Ogorevc

Jake Rosenthal

Jernej Sirk

John Miller

Karla Yera Morales

Kayla Day

Konrad Schweiger
Leslie Wang

Loïc Siret

Luka Jerman

Marco Behmer

Marco Ribichini

Matic Lebar

Matjaž Strniša

Matthew Engquist

Michael Elmerick
Nicolas Phan

Owen Maginity
Patrick Fu

Primož Rome

Rok Mesar

Rupert Schwarz

Samuele Ardizio

Simon Kodrič

Søren Linnet Gjelstrup

Thorsten Hartleb

Tirin Varghese

Urban Kuhar
Valentino Pagliara

Vid Selič

Will Kooiker
Announcing the new Dewesoft ARTeMiS Operational Modal Analysis (OMA) Solution

Primož Rome
February 20, 2023

We are glad to announce that Dewesoft and Structural Vibration Solutions A/S (SVIBS) have signed an agreement to offer you a complete Operational Modal Analysis (OMA) testing solution. The OMA can be performed with Dewesoft data acquisition instrumentation and with the Dewesoft version of SVIBS ARTeMIS OMA software.
The Dewesoft ARTeMIS OMA software package is available via the Dewesoft download portal. The Dewesoft ARTeMIS OMA software directly opens the Dewesoft DXD data files, with time-domain measured data of excitation and response points on the structure.
To get a trial license please get in touch with Dewesoft support. The installation procedure is described in the official Dewesoft OMA manual.
The operational modal analysis allows you to measure and analyze the structural dynamics of machines, vehicles, constructions, and other devices as they behave while in operation.
With OMA you can estimate the same modal parameters as with the traditional experimental modal techniques (EMA - experimental modal analysis), but without requiring information and control of external input excitations like shakers and impact hammers. The modal parameters are the mode shape, the natural frequency, and the damping ratio.
OMA is not just another name for ODS (Operating Deflection Shapes), since OMA determines and separates noise and inputs from the output data and returns the unbiased modal information only - enabling estimations of modal models from the operational data.
OMA is also referred to as output-only modal analysis, ambient response analysis, ambient modal analysis, in-operation modal analysis, and natural input modal analysis.
Learn more: