This thesis performs analytical, numerical and experimental studies to investigate the influences of various parameters that affect the drop-weight impact tests, and the impact responses of monolithic and precast reinforced concrete beams, and beam-to-column joints. Influences of the drop weight test setup configurations and measurement methods on impact force and impact response of beams are examined. Performances of precast concrete beams and beam-to-column joints subjected to impact loads and their impact resistance capacities are investigated
In this paper the current state of a research project on the behavior of reinforced concrete slabs s...
Drop tower tests help to gain understanding about the general behaviour of reinforced concrete membe...
Impact loading design is crucial in specific structures, but there are no simpler method to design ...
With incorporation of assembling joints, precast concrete beams could behave very differently in res...
Impact loading on reinforced concrete structure has been an important topic for many decades. The st...
This paper examines the impact responses of reinforced concrete RC beams through an experimental s...
Accidents due to low-velocity impact loading are no longer uncommon these days. Accordingly, althoug...
In general, transition in the mode of failure from flexure failure at the static loading to shear fa...
Behavior types of structural members under various loads have been a main field of interest in engin...
Reinforced Concrete (RC) structures may experience various types of loading during their lifespan, w...
This study experimentally investigates the effects of the unbonded post-tensioning on the response o...
The impact response of reinforced concrete (RC) beams has been intensively investigated by impact te...
In order to cumulate the fundamental data for establishing a rational impact resistant design proced...
There are instances where reinforced concrete structures designed for static loads are subjected to ...
In this paper, the effects of prestressing on impact resistance of concrete beams using two types of...
In this paper the current state of a research project on the behavior of reinforced concrete slabs s...
Drop tower tests help to gain understanding about the general behaviour of reinforced concrete membe...
Impact loading design is crucial in specific structures, but there are no simpler method to design ...
With incorporation of assembling joints, precast concrete beams could behave very differently in res...
Impact loading on reinforced concrete structure has been an important topic for many decades. The st...
This paper examines the impact responses of reinforced concrete RC beams through an experimental s...
Accidents due to low-velocity impact loading are no longer uncommon these days. Accordingly, althoug...
In general, transition in the mode of failure from flexure failure at the static loading to shear fa...
Behavior types of structural members under various loads have been a main field of interest in engin...
Reinforced Concrete (RC) structures may experience various types of loading during their lifespan, w...
This study experimentally investigates the effects of the unbonded post-tensioning on the response o...
The impact response of reinforced concrete (RC) beams has been intensively investigated by impact te...
In order to cumulate the fundamental data for establishing a rational impact resistant design proced...
There are instances where reinforced concrete structures designed for static loads are subjected to ...
In this paper, the effects of prestressing on impact resistance of concrete beams using two types of...
In this paper the current state of a research project on the behavior of reinforced concrete slabs s...
Drop tower tests help to gain understanding about the general behaviour of reinforced concrete membe...
Impact loading design is crucial in specific structures, but there are no simpler method to design ...