Comparative study of steel in Euro-codes and British standards

ACKNOWLEDGEMENT

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DECLARATION

I, [name of the author], hereby declare the best of my knowledge, the entire contents of this thesis represent my real job, and that such a thesis was submitted prior to any academic research or other qualifications. In addition, the researcher represents his own personal opinions and do not have anything to do with them at university.

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TABLE OF CONTENTS

ACKNOWLEDGEMENTII

DECLARATIONIII

CHAPTER 01: INTRODUCTION1

Background of the study1

Steel2

Aim of the Research3

Research Objectives3

Research Questions3

CHAPTER 02: LITRATURE REVIEW5

Young's modulus5

Finished products (Metals and Alloys)6

Euro codes8

Insights of Euro Codes9

Limits of tolerance9

British Standards Institution11

CHAPTER 03: METHODOLOGY13

Overview13

Mixed Method Research14

Research Design15

Research Strategy16

Cross Sectional16

Target Sample17

REFERENCES18

CHAPTER 01: INTRODUCTION

The aim of the research like every other research is to contribute to the general academia, and expand the boundaries of our knowledge. The research covers the topic of metallurgy with emphasis on the topic as a comparative study of steel in Euro-codes and British standards. The report utilizing a qualitative research approach helping to paint an in-depth picture.

Background of the study

The study focuses on a comparative study between the two codes emphasising on young's model and concepts of different measures such as elasticity and variability. The modulus of elasticity is a characteristic quantity of a material which expresses the relationship between tension and deformation in the case of uni-axial loading conditions and in case of behaviour of the material of type "elastic". Young's modulus or modulus of elasticity (longitudinal) or the tensile modulus is constant which connects the stress of traction (or compression) and strain for a material elastic isotropic.

British physicist Thomas Young ( in 1773 - 1,829 ) had noticed that the relationship between stress traction applied to a material and deformation resulting (relative elongation) is constant, so that the deformation is small and the limit elasticity of the material is not achieved. The law of elasticity is the Hooke's law:



Where:

is the constraint (in units of pressure);

is the Young's modulus (in units of pressure);

Is the relative elongation or deformation (dimensionless).

Young's modulus is the mechanical stress that would cause an elongation of 100% of the initial length of a material (double it so long), if we could enforce it: in fact, the material deforms permanently, or breaks, long before this value is reached. Young's modulus is the initial slope of the stress-strain diagram. A material having a Young's modulus is high is said rigid. The steel , the iridium , the diamonds are very rigid materials, the aluminium and lead are less, plastics and organics are generally very rigid (= flexible / soft). To better understand the context in which steel is used in this research, an area (below) will be dedicated to the understanding of steel as ...