Experimental investigations were carried out on five geometrical types of corrugated and simple tubes, with corrugations different in size and direction, subjected to axial compressive loading.
The effects of geometric parameters such as inclination angle and corrugation height are also investigated experimentally by considering three different types of corrugated columns.
Based on the carbon dioxide system, different types of corrugated sheet packings were compared.
It also covers the types of corrugated board produced, their testing and some basic designs.
There are different types of corrugated plates used in heat exchangers; however, the most commonly used types are plain fin, perforated fin, serrated fin, and herringbone fin.
It is shown that the residual stress of both types of corrugated and flat membranes can be modeled with the help of a mechanics theory.
Finally, the crashworthiness of these two types of corrugated sandwich panels is compared with each other under the identical face sheet thickness and core density and it is found that the triangular configuration has better performance.
In both types of corrugated board microscopic examination showed that failure under compression at 50%and9090% RH occurred along the adhesive line as well as by failure of inter-fibre bonds within the components.
You can use both types of corrugated roofing together, creating panels that will allow light to come through as with a clear or white fiberglass corrugated panel known as a skylight.
In view of the fact that the existing corrugated tubes are mainly studied about the corrugation in the axial direction, we put forward a new type of lateral corrugated tube (LCTs) with a sinusoidal cross-section.
The four types of the corrugated tube were investigated.
