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Modal Analysis
Model Correlation
Modal Testing with Laser Vibrometer
Impact Testing
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Vibration Consulting Services
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AIT-2 Modal Survey
Commercial & Military
Vibration Control
Modal Testing
Vibration Testing
Model Correlation
Structural Dynamic Modification
Vibration Consulting Services
Floor Frequency Response Testing
Floor Vibration Testing
Train Ground Vibration Testing
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Noise Consulting Services
3D Noise Map Power Plant
Noise Model Cogen
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Gas Plant Noise Model
Noise Consulting Services
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Noise Barrier Analyses
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Noise Impact Analysis
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Blast Noise Measurements
Noise Consulting Services
Sound Identification - Acoustic Intensity
Roller Coaster Noise Survey
Sound Power Level - Acoustic Intensity
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Wind Energy Noise Model
Noise Consulting Services
Rail Retarder Noise Model
Train Idle Noise Model
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In House Training and Workshop
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Custom tailored training seminars
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Noise Barrier / Wall Design
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Hands-On Modal Testing
SIDLAB Acoustics
SIDLAB Double Plug Muffler Model Schematic

This module models the generation and propagation of low frequency sound in complex duct networks. The frequency range is limited to the plane wave region in the connecting pipes. It is based on linear acoustic theory and all elements, e.g., a complex muffler, are reduced to two-ports while terminations and sources are represented as one-ports.

SIDLAB Simulation of a Small Engine Muffler
Schematic of Small Muffler Schematic and Cross Section

Schematic of Small Muffler with two chambers and perforated openings between the chambers.

SoundPLAN User Training Workshop
Noise Contour Examples from SoundPLAN training

The 2 day SoundPLAN Software Training  is intended for those engineers and technicians with little or no experience with SoundPLAN software and for users who have not had any formal SoundPLAN training.  Attendees will develop several  noise models and predict the noise from an industrial plant, local roads, a rail system, a race track, a constru

SoundPLAN - essential

SoundPLAN-essential is a single document application including all the basic information for noise control modeling and planning. It calculates noise from roads, railways or industrial noise sources. The computation can include one or multiple noise sources.

Air Bearing Horizontal Shakers

The APS Dynamics series of air bearing long stroke vibration exciters provide excellent properties for low frequency excitation of accelerometers and other low frequency instruments and sensors. Some models have a horizontal air bearing table coupled to the driver unit that allows high payloads up to 23 kg e.g.

Portable Shaker-Amplifier

The APS Dynamics Model 300 Portable Shaker is a self contained shaker and amplifier in an aluminum carrying case. For operation, the unit separates into two sections - the Amplifier Section and the Shaker Section

FEMtools

Dynamic Design Solutions ("DDS") is an independent and privately owned developer of CAE software tools for a growing number of applications that exploit the combined use of experimental test data and finite element analysis data and for integrating and automating different CAE tools.

In-house Training & Workshop

Navcon Engineering Network conducts seminars and workshops on a variety of noise and vibration related topics.  Educating between 80 to 125 engineers and technicians per year, each presentation is custom tailored for the specific audience. 

Some of the custom training topics are as follows:

Attend one of our training sessions

Impact Modal Testing
Training dates:

Tuesday, July 14, 2020 to Friday, July 17, 2020

Tuesday, November 10, 2020 to Friday, November 13, 2020

Tuesday, July 21, 2020 to Friday, July 24, 2020

Cost:
$2,675.00

Noise Contour Examples from SoundPLAN training
Training dates:

Thursday, June 25, 2020 to Friday, June 26, 2020

Thursday, October 15, 2020 to Friday, October 16, 2020

Cost:
$1,850.00

Training dates:

Monday, November 16, 2020 to Wednesday, November 18, 2020

Cost:
$2,025.00

Noise Measurement, Noise Modeling, Noise Assessment
Training dates:

Tuesday, June 23, 2020 to Wednesday, June 24, 2020

Tuesday, October 13, 2020 to Wednesday, October 14, 2020

Cost:
$1,850.00