EXPERIMENTAL INVESTIGATIONS ON CONCRETE EDGE FAILURE OF HEADED STUDS GROUPS IN REINFORCED CONCRETE Akanshu Sharma 1, R. Eligehausen 1,2, and Jörg Asmus 2 1Institute of Construction Materials, University of Stuttgart, Germany 2Engineering Office IEA Eligehausen-Asmus-Hofmann, Stuttgart, Germany

Self-compacting concrete (SCC) is an innovative concrete that does not require vibration for placing and compaction. The SCC proves much advantageous to be used in hollow columns due to its self compacting ability. Experimental Investigation on Steel Concrete Composite Hollow Section

Several experimental investigations were conducted on the autogenous shrinkage and creep performances of two types of designed self-compacting lightweight concrete (SCLC). In order to explore the difference in long-term performance between SCLC and normal aggregate concrete, normal aggregate self-compacting concrete (SCC) and normal concrete (NC) are also designed in this study.

This led to the development of self-compacting concrete, primarily through the work by Okamura 1. A committee was formed to study the properties of self-compacting concrete, including a fundamental investigation on workability of concrete, which was carried out by Ozawa et al 2. at the University of Tokyo. The first usable version of self

This paper report the experimental study which investigated the influence of 100 replacement of sand with quarry dust. Samples of concrete cubes and cylinders for one mix, namely 11.022.22 were made using quarry dust and marble powder as fine aggregate in concrete. INTRODUCTION. Partial Replacement Of Sand By Quarry Dust In Concrete

In an experimental program examining the seismic response of reinforced precast concrete structures in Italy that were severely damaged by major earthquakes in May 2012, two 3⁄ 4-scale two-bay, three-story precast concrete frames with and without cladding panels were subjected to a quasi-static cyclic displacement history.

vibrated and self-compacting concrete. Four rectangular slabs 1800 mm long, 925 mm wide and 100 mm high were produced changing concrete and fibre type. From each slab, eighteen small prisms (550 mm long) were firstly cut either orthogonal or parallel to casting direction and, secondly, notched and tested in bending according to EN 14651.

Ahamad Askari et.al (2011) An experimental investigation into mechanical properties of self-compacting concrete inculpating fly ash and silica fume at different ages of curing. Self-compacting mixtures had a cement replacement of 20, 30 and 40% with class F

An experimental study on the performance of self-compacting lightweight concrete exposed to elevated temperature Research output : Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

Experimental Study on Self Compacting Concrete with Replacement Materials Research Article *Corresponding author D.V.S.P Rajesh, Assistant Professor, Civil Engineering, Guru Nanak Institutions Technical Campus, Telangana, India, E-mail: : [email protected] Citation: D.V.S.P Rajesh(2018) Experimental Study on Self Compacting Concrete with Replacement Materials Enliven: International

This project emphasizes the study on selfcompacting concrete (SCC) and conventional concrete (CC) with the addition of machine squander. The investigation is done with and without the addition of steel scrap in conventional and self-compacting concrete. The optimal content of