Experimental Modal Analysis (EMA) is an effective instrument for describing, understanding and modelling the dynamic behaviour of a structure. It can be carried out both to determine the natural frequencies and mode shapes of a structure and to verify accuracy and calibrate a finite element model (FE).
Experimental Modal Analysis
Operational Modal Analysis (OMA) has lately been a more and more common tool in structural dynamics. The benefits compared to Experimental Modal Analysis (EMA) are that one does not need any artificial excitation and that the structure does not have to be at rest, which is a requirement of EMA.
Vibration measurements and analysis Operational Deflection Shape The Operating Deflection Shape (ODS) is the simplest way to see how a machine or structure moves under given operating conditions.
Experimental Modal Analysis
With the software, combined with our long experience in the vibration analysis, it’s possible to compare component, with experimental data or validated models of similar structures. Thanks to the “Pre-test” module, it’s possible to optimize, and hence reduce, the number and the positions of measurement points (DOF).
Experimental Modal Analysis
Experimental Modal Analysis Applications. SINT can make available her decades experiences. More than 50 projects followed in the modal analysis : Skids and basements of Turbomachinery; Skids and basements of Compressors; Skids and basements of Electric motor; Rotors (steam turbines, compressors, gas turbines, etc…) Impellers, expanders
Contact Us - Experimental Modal Analysis
Experimental Modal Analysis. Vibration measurements and analysis. Sint Technology S.r.l. Via delle Calandre, 63 50041 Calenzano (FI) – ITALY Tel: +39.055.8826302 – Fax: +39.055.8826303 [email protected] VAT n. IT04185870484. Experimental Modal Analysis department e-mail [email protected]. Name* Surname*
Experimental Modal Analysis
SINT Technology s.r.l. ... Experimental Modal Analysis
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Experimental Modal Analysis (EMA) is an effective instrument for describing, understanding and modelling the dynamic behaviour of a structure. It can be carried out both to determine the natural frequencies and mode shapes of a structure and to verify accuracy and calibrate a finite element model (FE).
Operational Modal Analysis (OMA) has lately been a more and more common tool in structural dynamics. The benefits compared to Experimental Modal Analysis (EMA) are that one does not need any artificial excitation and that the structure does not have to be at rest, which is a requirement of EMA.
Vibration measurements and analysis Operational Deflection Shape The Operating Deflection Shape (ODS) is the simplest way to see how a machine or structure moves under given operating conditions.
With the software, combined with our long experience in the vibration analysis, it’s possible to compare component, with experimental data or validated models of similar structures. Thanks to the “Pre-test” module, it’s possible to optimize, and hence reduce, the number and the positions of measurement points (DOF).
Experimental Modal Analysis Applications. SINT can make available her decades experiences. More than 50 projects followed in the modal analysis : Skids and basements of Turbomachinery; Skids and basements of Compressors; Skids and basements of Electric motor; Rotors (steam turbines, compressors, gas turbines, etc…) Impellers, expanders
Experimental Modal Analysis. Vibration measurements and analysis. Sint Technology S.r.l. Via delle Calandre, 63 50041 Calenzano (FI) – ITALY Tel: +39.055.8826302 – Fax: +39.055.8826303 [email protected] VAT n. IT04185870484. Experimental Modal Analysis department e-mail [email protected]. Name* Surname*
SINT Technology s.r.l. ... Experimental Modal Analysis
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