Lab Report

MATERIAL PROPERTIES OF STEEL AND CONCRETE REPORT FROM LABORATORY DEMONSTRATIONS ON twenty-third MARCH 2012 AS PART OF THE UNIT OF cartoon CIVIL2201 geomorphological MECHANICS NAME: LINGHUA LI SID: 311169902 DATE: twenty-fifth OF APRIL ABSTRACT This report describes a accent sample on nerve coupon, and a condensing exam on a cover piston chamber. The main fill of the test was to obtain the offer curves for the two materials. Both test orders are described in details on graphs. From steel fictile coupon test, it was pitch that the steel exhibited linear elastic behavior, and had a yield breed of approximately 350MPa, an ultimate specialism of 475 MPa, an elastic modulus of 200050 MPa, and a logical argument at failure of 30%. small-arm in abridgement test on a concrete cylinder, it was found that concrete showed highly no-linear ductile behavior, with an ultimate strength of 29MPa, an elastic modulus of 20000-50000MPa, and a aura at failure of 0.53%. In conclusion, a comparing about ductility, stiffness and strength betwixt steel and concrete is given by result analytic thinking from experiments selective information (steel tensile coupon test and concrete cylinder compression test). TABLE OF CONTENTS Abstract???????????????????????p2 1. Introduction ????????????????????p4 2. scrutiny regularity??? ???????????????? p4,5 2.1Steel tensile test??????????????????p5 2.2Concrete cylinder compression test??????? p6 3.

shew result?????????????????????p7 3.1 Steel tensile test????????????????? p7 3.2 Concrete cylinder compression test??????? p9 4. Discussion???????????????????? p10 5. Conclusion???????????????????? P10 6. R eference?????????????????????p11 7. Appendi! ces??????????????????? p12 macrocosm The aim of this report is to describe tests to investigate the material properties of steel in tension and concrete in compression, and in particular, stick the stress-strain curve. And finding out ultimate stress, elastic modulus, yield stress, and strain at failure. In structural mechanics, stress is a...If you want to buzz off a full essay, order it on our website: OrderEssay.net

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