Scope
ISO 7626-2
Experimental Modal Analysis – Single-Point Excitation
ISO 7626-2 describes procedures for experimental modal analysis using single-point, single-axis excitation to characterise the dynamic properties and natural frequencies of structures and machines. This test method captures frequency response functions and mode shapes essential for structural design validation, vibration control, and fault diagnosis. Aerospace, automotive, civil engineering, and machinery manufacturers use modal analysis to refine designs and understand dynamic behaviour under operational loads. Accreditation ensures rigorous application of measurement protocols and data quality standards supporting engineering confidence in structural performance predictions.
What it measures
- Frequency response functions (FRF) over specified frequency range
- Natural frequencies (resonances) and modal damping ratios
- Mode shapes and structural deflection patterns
- Coherence and measurement quality indicators
- Dynamic stiffness and impedance characteristics
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DIN EN ISO 7626-1
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BS EN ISO 7626-1
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NF EN ISO 7626-1
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UNI EN ISO 7626-1
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UNE EN ISO 7626-1
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NEN EN ISO 7626-1
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DIN EN ISO 7626-5
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BS EN ISO 7626-5
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NF EN ISO 7626-5
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UNI EN ISO 7626-5
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UNE EN ISO 7626-5
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NEN EN ISO 7626-5
1,591
Accredited labs
17
Countries
Showing 501–525 of 1,591 labs
DIN EN ISO 717-1
DIN EN ISO 717-2
DIN EN ISO 10140-1
DIN EN ISO 10140-2
DIN EN ISO 10140-3
+ 3 more
Fraunhofer-Institut für Holzforschung, Wilhelm-Klauditz-Institut WKI Qualitätsprüfung und -bewertung
Active
DIN ISO 16000-3
DIN EN ISO 12460-3
DIN EN ISO 12460-4
DIN EN ISO 12460-5
100 HV 120
+ 3 more
Tensile testing of metallic materials (I
Vickers hardness test (ISO 6507)
Kurzschlussstrom
Solarmodule 16 mA
Gleichstrom- und Nieder- 10 mV
+ 3 more
HbF
HbA1c
HbA2
HBB/HBD
Anti-HBs
+ 3 more
Fugro GB
Active
BS 1377: Part 2: 1990
BS 1377-3:2018 + A1:2021
ASTM D4186-12: 2020
ASTM D5334-22
ASTM D2216-19
+ 3 more
Furness Controls
Active
FLOW
Gas pressure (absolute)
Gas pressure (gauge)
DC CURRENT
TEMPERATURE
+ 3 more
G + B Kalibriertechnik
Active
Druck *
Absolutdruck Pabs
1 bar; 3 bar
Negativer und
positiver Überdruck
+ 3 more
G&L Consultancy
Active
(HSG 248) – 2021
M4 based on HSG 248
(PCM) based on HSG 248
M3 based on HSG 248
(HSG 264, 2012)
+ 1 more
G&M Procter
Active
based on ISO 11133:2014+Amd
dependent) based on BS EN
based on BS EN 12322:1999
G.B.N.S. Partnership
Active
(HSG 248) – 2021
(PCM) based on HSG 248
PRO02 based on HSG 248
GECI ESPAÑOLA
Active
3 mV U < 330 mV 0,33 V U < 3,3 V 3,3
0 mV U < 200 mV 200 mV U < 2 V 2 V
0 mV U 100 mV 0,1 V < U 1 V 1 V <
5 mV U 30 V
10 mV U < 33 mV 50 Hz f 1 kHz 1 kH
+ 3 more
GHMT
Active
DIN EN 50173-1
DIN EN 50173-2
DIN EN 50173-3
DIN EN 50173-4
DIN EN 50173-5
+ 3 more
GINGER CEBTP
Active
DIN EN 1097-1
DIN EN ISO 10140-2
DIN EN 933-3
DIN EN 1097-2
DIN EN ISO 10140-4
+ 3 more
DIN 51757
DIN EN ISO 12185
DIN EN ISO 3405
DIN EN 13016-1
DIN EN 237
+ 3 more
GMA-Werkstoffprüfung
Active
Koordinatenmesstechnik
Lasertracker*
0,5 m
1) In den CMC sind die erweiterten Messu
Bügelmessschrauben* 0 mm
+ 3 more
GMC-I Service
Active
- Gleichspannung
Messgeräte > 0,22 V
> 2,2 V
> 11 V
> 22 V
+ 3 more
GPR Gesundheits- und Pflegezentrum Rüsselsheim gemeinnützige GmbH Institut für Laboratoriumsmedizin
Active
Erythrozytenzahl
Hämatokrit
Leucozytendifferenzierung
Leucozytenzahl
MCV
+ 3 more
Erythrozytenzahl
Hämatokrit
Leucozytendifferenzierung
Leucozytenzahl
MCV
+ 3 more
Charpy impact test (ISO 148-1)
Salt spray / neutral salt fog test (ISO
Radiated emissions (CISPR 32)
Innen- und Tiefenmaße
Wägewert/
+ 3 more
GRAMMER
Active
DIN EN ISO 6683
ISO 3776-2
ISO 24135-1
DIN 45678
DIN EN ISO 7096
+ 3 more
GRANDS MOULINS DE PARIS
Active
IEC 60512-17-1
DIN EN ISO 16634-2
DIN EN ISO 27971
DIN EN ISO 3093
ISO 712-1
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