The paper presents an experimental validation of proposed numerical strength determination function for profiled deck composite slab (PDCS). The study is timely in finding solution to the costlier and mandatory laboratory procedure required for the strength determination for PDCS. The study load carrying capacity is from the longitudinal shear capacity estimation using slope-intercept method. The study yields to the formation of numerical load determination function for PDCS and the validation test programme consisted of four shear span length under unrestrained conditions. The litmus test comparisons of load capacity with the experimental test result shows good prospect of the numerical load model in determining the strength capacity of PD...
In this paper the strength of steel deck-concrete composite slabs is studied. Conventional slabs wit...
Design shear resistance coupled with lack of a probabilistic framework for the al- ternate deection...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
The present uneconomic strength determination approach for profiled composite slab (PCS) constitutes...
The economic use and ease of construction of profiled deck composite slabs faces the challenge of co...
The purpose of this article is to present an overview on alternate profiled deck composite slab (PDC...
The economic use and ease of construction of profiled deck composite slab is marred with the complex...
lope-intercept and partial shear connection methods are two known methods for the determination of t...
There are generally four modes of failure for Composite Slabs – Longitudinal shear (shear bond) fail...
This research presents an experimental study on the flexural strength and failure behaviour of a new...
Composite slabs with profiled sheeting are broadly used in steel framed structures throughout the wo...
This Final Year Project report covers the research and work done by the author on composite slabs. ...
The subject of the submitted work is the experimental and theoretical investigation of composite sla...
Composite slab incorporate profile sheeting is widely used for multi-storey buildings construction t...
The behavior of a composite slab using a 636 deck profIle was investigated experimentally. Twenty-th...
In this paper the strength of steel deck-concrete composite slabs is studied. Conventional slabs wit...
Design shear resistance coupled with lack of a probabilistic framework for the al- ternate deection...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...
The present uneconomic strength determination approach for profiled composite slab (PCS) constitutes...
The economic use and ease of construction of profiled deck composite slabs faces the challenge of co...
The purpose of this article is to present an overview on alternate profiled deck composite slab (PDC...
The economic use and ease of construction of profiled deck composite slab is marred with the complex...
lope-intercept and partial shear connection methods are two known methods for the determination of t...
There are generally four modes of failure for Composite Slabs – Longitudinal shear (shear bond) fail...
This research presents an experimental study on the flexural strength and failure behaviour of a new...
Composite slabs with profiled sheeting are broadly used in steel framed structures throughout the wo...
This Final Year Project report covers the research and work done by the author on composite slabs. ...
The subject of the submitted work is the experimental and theoretical investigation of composite sla...
Composite slab incorporate profile sheeting is widely used for multi-storey buildings construction t...
The behavior of a composite slab using a 636 deck profIle was investigated experimentally. Twenty-th...
In this paper the strength of steel deck-concrete composite slabs is studied. Conventional slabs wit...
Design shear resistance coupled with lack of a probabilistic framework for the al- ternate deection...
The design codes prescribe “a close simulation” of the uniformly distributed loads for bending tests...