Currently, the application of pultruded profiles is increasing owing to their advantages, such
as light weight, high strength, improved durability, corrosion resistance, ease of …

In the sector of wind energy, the trend to increasing turbine size is ongoing and it will
continue to do so. This research focuses explicitly on a particular aspect of structural design …

This paper presents a new cost-effective hybrid GFRP-Concrete deck system that the GFRP
panel serves as both tensile reinforcement and stay-in-place form. In order to understand the …

Composite material of glass fiber base is very promising material for future structures. It is
possible to create bridge span consists of steel main beams and GFRP deck, according for …

This paper focus on the design of a GFRP truss-like structure for dismountable bridges with
maximum span of 30m. The bridge structure is composed of a deck supported by …

The neutral axis position (NAP) is a key parameter of a flexural member for structure design
and safety evaluation. The accuracy of NAP measurement based on traditional methods …

Currently wind turbine blade durability is assessed based on data from coupon material
tests and information gained from full scale blade testing. This research develops a beam …

In this study, the human-induced dynamic performance of modern footbridges equipped with
either classical reinforced concrete (RC) or innovative glass fiber-reinforced polymer (GFRP) …

A type of cost-effective hybrid GFRP/Concrete deck system was proposed in this paper.
Fatigue test on a fullscale specimen was conducted, and a series of static tests were also …

W artykule przedstawiono wszechstronne możliwości zastosowań kompozytów z włókien
szklanych w konstrukcjach budowlanych. Zaprezentowano ich parametry wytrzymałościowe …