Sentence examples for stiffening structures from inspiring English sources

This paper presents a novel process for producing thin-walled hollow stiffening structures on thin silicon diaphragms using an electro-chemical etch stop process.

This paper presents a novel process for producing thin-walled hollow stiffening structures on thin silicon diaphragms using an electrochemical etch-stop process.

In addition, the modified peninsula-structured diaphragms featuring a center boss have been optimized to achieve ultra-low nonlinearities of 0.018%FFS and 0.07%FFS for the 5 kPa and 3 kPa pressure ranges respectively with higher sensitivities as compared to the CBM (cross beam membrane) and hollow stiffening structures.

The results demonstrate that the structural performance of optimally designed stiffened structures can be enhanced with minimal energy consumption by appropriately designed piezo-electric patch configuration.

Several efficient techniques are presented for the postbuckling analysis of composite stiffened structures in this paper.

However, experimental studies on forming stiffened structures under creep-ageing conditions remain scarce.

Two new concepts for supporting CAD of repetitively stiffened structures are presented.

A special fixture was designed and fabricated for the impact testing of stiffened structures.

Considering the effective-width ratios concept provide a simple means for incorporating the postbuckling strength and stiffness of plate subcomponents into the design of stiffened structures.

These stiffened structures create a complex engineering problem by which they must be designed to have the lowest cost and mass and yet withstand loads.

These test results contribute to a better understanding of the complex response phenomena exhibited by postbuckled stiffened structures subjected to fatigue loads in the postbuckling range.