Abstract

Precast system is one of the reinforced concrete construction methods that can be used for development. GFRP-S (Glass Fiber Reinforced Polymer Sheet) is one of material that can be used as materials in precast concrete connections. The research aimed at analysing the strenght and behaviour of the concrete beams on beam-column joint precast with GFRP-S.The research was conducted at the Laboratory of Civil Engineering Structures and Materials Hasanuddin University. Beams dimensions was 15cm x 20cm x 120cm and the column was 45cm x 20cm x 100cm. The testing materials were the precast beams with GFRP-S. The imposition given is monotonic static load in one direction.The results showed that an increase in stiffness of the precast beams with GFRP-S. LSI amounted to 16.64% of the LS. LIS amounted to 31.70% of the LS. The average deflection of LS are 55.05 mm. The average deflection of LSI are 45.89 mm. The average deflection of LIS are 37.60 mm. The models of failure in the precast beams with GFRP-S are rupture failure of GFRP-S.

Highlights

  • Precast system is one of the reinforced concrete construction methods that can be used for development

  • The imposition given is monotonic static load in one direction.The results showed that an increase in stiffness of the precast beams with Glass fiber reinforced polymer sheet (GFRP-S)

  • REKONSTRUKSI TADULAKO: Civil Engineering Journal on Research and Development, Vol 2(1), March 2021 This page is intentionally left blank

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Summary

Pendahuluan

Teknologi beton pracetak adalah suatu rancangan bangunan yang sifatnya cepat dan efisien dari segi pelaksanaannya. GFRP (Glass Fiber Reinforced Polymer Sheet) adalah material yg menawarkan banyak keuntungan yaitu tahan terhadap korosi, kuat tarik yang besar dan ringan sehingga tidak memerlukan peralatan khusus untuk dapat membawanya kelokasi [3,4,5]. Momen lentur pada elemen balokkolom terdiri dari momen primer yang diakibatkan oleh momen ujung dan momen sekunder akibat perkaIian gaya aksial konstan dengan lendutan elemen, saat elemen inelastis, lendutan meningkat dan kapasitas momen lentur sebagian digunakan untuk menahan momen sekunder yang bekerja, sehingga elemen balok-kolom tidak dapat meningkatkan momen primernya [17,18]. Dengan demikian tinjauan defleksi balok merupakan salah satu bagian dari proses desain (Spiegel dan linbrunner)

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