Our engineers are capable of evaluating your testing requirements and submitting program procedures to help you sell your test program. We are also experts in the field of acoustics, shock and vibration, and dynamics.

Field engineering and data acquisition is a large part of our engineering effort. We can provide multiple position noise monitoring systems on an around the clock basis to adhere to community noise regulations. Remote systems can also be designed for automated data collection on any time interval. We also provide noise exposure analysis for hearing conservation programs related to potential corporate liability issues. We have a large inventory of portable instrumentation that can be used for measurements at the test site.

Our test fixture design services feature state-of-the-art computer based finite element analysis programs. We design the test fixture structure, analyze the structure its stiffness, weight, and shock response, and complete the job by fabricating the fixture in our own fully equipped machine shop.

NU Laboratories, Inc. has just added the capability to perform the Dynamic Design Analysis Method or DDAM, a shock analysis program that estimates the response of a component to shock loading. 

DDAM, used primarily to validate designs for the U.S. Navy, can estimate the characteristics of underwater explosions, including the effects of shock waves, and there effects on components for surface ships and submarines.  All on-board mission-essential equipment must be qualified for shock and our DDAM analysis can help you determine design characteristics early on. 

Before you subject your test article to the shock requirements of Mil-S-901,have NU Labs analyze your design with DDAM.