The fatigue prone structures made of carbon fiber reinforced polymer composites (CFRPCs)
are frequently used in aerospace, defense, structural, and automotive applications. In this …

Laminated glass composites are composed of two or more layers of glass and a
thermoplastic elastomeric interlayer securely glued together in an autoclave at high …

Laminated glasses (LGs) are used frequently for load-bearing applications. The present
work reports the newly developed ways to improve the load-bearing ability of LG. A three …

The use of natural fiber composites in the fatigue prone structures is limited due to the lower
strength and durability when compared to the carbon fiber reinforced polymer composites …

End milling (EM) and electric discharge machining (EDM) are frequently used for machining
high chromium steel. The superior surface finish is among the key requirements for the …

Fatigue is a sudden failure of components below the maximum strength of the material when
subjected to repeated loading. This paper studies the fatigue behavior of basalt, carbon, and …

Transparency, illumination, aesthetic and energy requirements have considerably increased
the use of glass in modern high-rise buildings. During fire exposure, fracture and shattering …

Natural fiber reinforced composites have had a great impact on the development of eco-
friendly industrial products for several engineering applications. Sugar palm fiber (SPF) is …

The objectives of present work include finding the low-cost alternative of environmentally-
unsafe carbon fiber composites and disposing of the waste cow-dung productively. An …

Since buildings are designed to endure over time, it is crucial to comprehend how laminated
glass (LG) windows, and consequently, the polymer interlayer materials, respond to …