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Behaviour and Design of Concrete Industrial Ground Floor Slabs

Behaviour and Design of Concrete Industrial Ground Floor Slabs

Behaviour and Design of Concrete Industrial Ground Floor Slabs

Behaviour and Design of Industrial Concrete Ground Floors 14. Timms [6] and Pettersson [4] experimentally, it was not sufficient to prevent movement in all parts of a 40m long. slab

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Behaviour and Design of Concrete Industrial Ground

Behaviour and Design of Industrial Concrete Ground Floors 5 6 Key Advances and Achievements This section describes the main findings of the research, divided up according to the floor type.

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(PDF) Behaviour design of concrete industrial ground ...

EPSRC Grant Final Report Grant Number GR/L66786 Behaviour and Design of Concrete Industrial Ground Floor Slabs S A Austin, P J Robins and J W Bishop Department of Civil Building Engineering December 2000 Index page 1 Background 1 2 Aims and Objectives 1 3 Methodology 1 4 Project Plan Review 3 5 Industrial Collaboration 3 6 Key Advancements and Achievements 5 6.1 Long Strip Floors

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The early age behaviour of concrete industrial ground ...

This thesis is concerned with the early-life behaviour of concrete industrial ground floors. Advances in construction methods are placing increased demands on the performance of industrial floors and pushing the limits of the current design guidance. Uncertainties about the true behaviour of industrial floors have been addressed by a programme of in-situ monitoring. An in-situ instrumentation ...

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1. Concrete industrial ground slabs Design applications ...

2015-7-7  Source: Magazine of Concrete Research, Volume 59, Issue 6, 1 Aug 2007 (387–400) Post-elastic behaviour of ground-floor slabs. Part 2: Fabric-reinforced concrete slabs

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Design Of Heavy Duty Concrete Floor Slabs On Grade

2016-9-22  Design Of Heavy Duty Concrete Floor Slabs On Grade Course# ST-702 EZ-pdh Ezekiel Enterprises, LLC 301 Mission Dr. Unit 571 New Smyrna Beach, FL 32128

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Design of ground-supported floors - Concrete

Slab design for bending is based on yield line theory. A principal requirement in the design of ground-supported slabs is the avoidance of cracks on the upper surface. Hence the moment capacity along the hogging yield lines is limited to the design cracking moment of the concrete. Punching is based on the approach for suspended slabs.

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Choosing Design Methods for Industrial Floor Slabs

m i x t u r e or with Type K cement. Joint spacings may be significantly g r eater than those of the two pre v i - ously described slabs. Re f e rence 8 can be used as a guide when de-signing a shri n k a g e - c o m p e n s a t i n g c o n c r ete floor. Type D, slab post-tensioned for Choosing Design Methods for Industrial Floor Slabs

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Experimental behaviour of concrete floor slabs at large ...

2004-7-1  During the late 1960s, significant experimental and theoretical research work , , , , , was conducted on the behaviour of concrete floor slabs when subjected to large vertical displacements. This work showed that concrete slabs at large vertical displacements could support loads considerably greater than those calculated using the well-established yield-line approach.

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Guide to Industrial Floors and Pavements

Guide to Industrial Floors and Pavements. This guide covers the design, construction and specification of concrete industrial floors and pavements. It has been prepared to assist engineers, specifiers and building contractors by providing an outline of the process of design and construction and the major factors in meeting design performance.

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Design Of Heavy Duty Concrete Floor Slabs On Grade

2016-9-22  Design Of Heavy Duty Concrete Floor Slabs On Grade Course# ST-702 EZ-pdh Ezekiel Enterprises, LLC 301 Mission Dr. Unit 571 New Smyrna Beach, FL 32128

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360R-06 Design of Slabs-on-Ground - NICFI

2017-2-12  for design of slabs-on-ground, with the exception of highway and airport pavements, parking lots, and mat foundations. 1.2.2 ACI Committee 302develops recommendations for construction of slab-on-ground and suspended-slab floors for industrial, commercial, and institutional buildings. ACI 302.1R provides guidelines and recommendations on

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Choosing Design Methods for Industrial Floor Slabs

m i x t u r e or with Type K cement. Joint spacings may be significantly g r eater than those of the two pre v i - ously described slabs. Re f e rence 8 can be used as a guide when de-signing a shri n k a g e - c o m p e n s a t i n g c o n c r ete floor. Type D, slab post-tensioned for Choosing Design Methods for Industrial Floor Slabs

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The early age behaviour of concrete industrial ground ...

The early age behaviour of concrete industrial ground floor slabs . By Jonathan William Bishop. Abstract. ... SLAB TEMPERATURE, CEMENT HYDRATION, RESTRAINT ...

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Post-elastic behaviour of ground-floor slabs. Part 2 ...

2020-1-22  Ground-floor slabs (GFS) are being increasingly designed to carry loads beyond their elastic limit, particularly by means of classical plastic analysis. To this end, a study has been carried out to investigate the inelastic behaviour of both plain and fabric-reinforced concrete GFS.

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Industrial Fibre Concrete Floors - DiVA portal

2012-9-21  Industrial Fibre Concrete Floors Experiences and Tests on Pile-Supported Slab J H August 2012 ... For pile supported floor slabs the ground support will be there still, at least for a time, after the casting. ... The integrated method for design and production of industrial floors is a way to the solution, but requires that all involved assign ...

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The design of ground-supported concrete industrial floor slabs

This book develops the design methods set out in the Association's Technical Report 550, Design of Floors on Ground. Typical industrial loading systems are described and several refinements are introduced. A set of General Load tables for various types of loading on industrial slabs is provided and a system of loading categories proposed. The use of the General Load tables is illustrated by ...

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CCAA T48 Guide

2021-2-9  Concrete Industrial Floor and Pavement Design (T34) published in 1985 Industrial Floors and Pavements Ð Construction (TN54) published in 1985 Industrial Floors and Pavements Ð Guide SpeciÞcation (TN55) published in 1985 This third edition takes account of changes to relevant Australian Standards since the second edition was published in 1999.

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Ground slabs - Introduction

2009-9-1  Ground slabs are those slabs that are poured directly into excavated trenches in the ground. They rely entirely on the existing ground for support. The ground (more correctly known in the industry as the foundation) must be strong enough to support the concrete slab

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5.1.17 Ground floor slab and concrete - NHBC Standards ...

2017-1-5  Ground-bearing floors shall be of adequate strength and durability, and use concrete mixed and reinforced as necessary to support floor loads safely and resist chemical and frost action. Ground-bearing concrete floor slabs should be at least 100mm thick, including monolithic screed where appropriate. BRE Digest 522 Parts 1 2 - Hardcore for ...

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360R-06 Design of Slabs-on-Ground - NICFI

2017-2-12  for design of slabs-on-ground, with the exception of highway and airport pavements, parking lots, and mat foundations. 1.2.2 ACI Committee 302develops recommendations for construction of slab-on-ground and suspended-slab floors for industrial, commercial, and institutional buildings. ACI 302.1R provides guidelines and recommendations on

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ANALYSIS OF INDUSTRIAL FLOOR SLABS-ON-GROUND

2016-2-4  1.1 Concrete Floor Slabs A need for an economical foundation for residential and light commercial buildings following World War II led to the use of ground supported slabs, usually referred to as slab-on-ground, or slab-on-grade if the subgrade has been prepared. The term "slab-on-ground" is applied to both unreinforced and reinforced floor slabs.

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Design of ground-supported concrete industrial floor slabs ...

2021-8-14  Design of ground-supported concrete industrial floor slabs - The Construction Information Service. This document is available as part of the Construction Information Service. The Construction Information Service brings together a comprehensive collection of essential technical documents from a wide range of publishers in one online package.

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Design of Slabs-on-ground - American Concrete Institute

Design of Slabs-on-ground. Q. I am looking for a guide to design slabs-on-ground for a building, which ACI document should I use? A. According to section 1.4.8 of ACI 318-19, if the slab-on-ground being designed transmits vertical loads or lateral forces from other portions of the structure (ex: columns, walls, etc) to the soil, then design the slab per ACI 318-19.

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JOINT DESIGN AND MANAGEMENT IN INDUSTRIAL

2018-11-5  When considering joint design and management in industrial floors, current global practices consider the most prominent design methods as a best practice which include the following standards and guidelines; • ACI360R-10 - Design of Slabs on Ground – US Standard • TR34 – Fourth Edition - Concrete Industrial Ground Floors – UK Standard

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ITN 11 Design of ground-supported concrete industrial ...

A set of General Load Tables for various types of loading on industrial slabs is provided and a system of loading categories proposed. The use of the General Load Tables is illustrated by examples. Document History Develops the design methods in Technical Report 550 Design of floors on ground. BCA is part of the Concrete Society.

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ACI PRC-360-10 Guide to Design of Slabs-on-Ground

This guide presents information on the design of slabs-on-ground, primarily industrial floors. It addresses the planning, design, and detailing of slabs. Background information on design theories is followed by discussion of the types of slabs, soil-support systems, loadings, and jointing. Design methods are given for unreinforced concrete ...

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Study report SR340 Revisiting concrete ground floor slabs

2020-4-8  Shelton, R.H, 2015. Revisiting concrete ground floor slabs, Study Report SR340SR340. Building Research Association of New Zealand, Judgeford, New Zealand. Abstract This research was initially to gain an understanding of why concrete ground floor slabs crack as a result of concrete

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Estimation of the reinforcements' quantityGround floor ...

Detailing and design of earthquake resistant buildings made of reinforced concrete. Reinforcement implementation, static and dynamic analysis Estimation of the reinforcements' quantityGround floor - Slabs

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Concrete Floor Slabs Concrete Construction Magazine

2007-7-23  Quality floor construction includes good subgrade compaction, even thickness slabs, low-slump concrete, straight bulkhead lines, and control cuts spaced 24 to 30 times the slab thickness. Common mistakes in concrete floor slab construction can be avoided with proper base preparation, mix design

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