Distribution of Bending Moments in Laterally Loaded Passive Piles - Öztürk, Sevki
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Bending moment distributions developed in laterally loaded passive pile and passive pile groups in cohesionless soil were investigated in laboratory conditions through model pile experiments. Different from the active pile loading, the lateral load was given directly to the piles using a movable large direct shear box. In experiments strain gauges fastened to the piles at five levels and a computer based data reading system were used. The behavior of a single pile and a pile group having five piles were investigated through strain measurements in order to observe bending moment distribution on…mehr

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Produktbeschreibung
Bending moment distributions developed in laterally loaded passive pile and passive pile groups in cohesionless soil were investigated in laboratory conditions through model pile experiments. Different from the active pile loading, the lateral load was given directly to the piles using a movable large direct shear box. In experiments strain gauges fastened to the piles at five levels and a computer based data reading system were used. The behavior of a single pile and a pile group having five piles were investigated through strain measurements in order to observe bending moment distribution on the piles. The behavior of passive single pile was found to be similar to the results obtained in early studies. In pile group, above the shear plane maximum bending moments within the pile group were found to be developed on the piles nearest to the loading. On the shear plane maximum bending moments were developed on the piles farthest from the loading just like active piles. Below the shear plane, maximum bending moments were developed mainly on the piles nearest to the loading.
Autorenporträt
Dr. ¿evki Öztürk has received his PhD degree in Geotechnical Engineering Division of Civil Engineering in 2015. He has worked in different geotechnical projects as a partner of a geotechnical engineering consultancy company. He is mostly interested in Landslides and Slope Instabilities.