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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. |
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Navcon engineers have a strong background in physics, mechanical design, digital data acquisition, vibration and noise. This combination of theory & application, analysis & test allows us to attack a wide variety of vibration or noise related projects. Following is a brief list of our general vibration services: |
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This marks our 32nd year presenting the Hands-On Modal Testing & Analysis Seminar. Join the more than 1254 engineers and technicians who have tested a Navcon JimBeam and a fully race prepared Porsche. At the beginning of each year, we schedule three to four modal seminars. |
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The 2 day SoundPLANnoise software training is intended for those engineers and technicians who are responsible for developing indoor and outdoor acoustical models used for noise planning, noise impact assessments, noise mitigation, etc. SoundPLAN is used extensively throughout the training, however, the training will be of interest to anyone wor |
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The 2 day Environmental Noise Seminar training is intended for engineers, technicians and hygienists working in the fields of environmental, community, and/or Industrial noise measurement, analysis and control. |
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SIDLAB Flow is a very quick 1D tool to calculate the pressure drop introduced by the designed muffler system. It calculates the flow distribution and pressure drop inside the network using a two-port formulation, and feeds the results into the acoustic calculation in SIDLAB Acoustics. |
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The ELECTRO-SEIS® is a force generator specifically designed to be used alone or in arrays for studying dynamic response characteristics of structures such as automobiles, aircraft, bridges, floors, missiles, piping systems, spacecraft, towers, etc. |
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Navcon Engineering was contracted to conduct the modal survey of the High Energy Solar Spectroscopic Imager (HESSI) spacecraft. The primary objective was to identify the damped natural frequencies, damping factors and mode shapes in the frequency band between 70 Hz. and 170 Hz. |
