Tutorial.

Slides:

Advertisements

Similar presentations

MECHANICAL PROPERTIES OF MATERIALS

Advertisements

Materials for Automobiles CEEN0903 Summer 2011 Classes of Materials Metals Made of metallic elements: Sn, Cu, Fe Ceramics Compounds between metallic.

MECHANICAL PROPERTIES

Forging new generations of engineers. The following MATERIAL PROPERTIES can be evaluated / determined by TENSILE TESTING: STRENGTH DUCTILITY ELASTICITY.

Professor Joe Greene CSU, CHICO

MECHANICAL PROPERTIES OF MATERIALS

Chapter 7 Mechanical Properties of Solids.

EXPERIMENT # 3 Instructor: M.Yaqub

ENGR 225 Section

MECHANICAL PROPERTIES OF MATERIALS

Mechanics of Elastic Materials

Lecture # 6 Mechanical Properties of Metals Intended learning Outcomes: After the end of this lecture the student should be able to: Define stress –strain.

Chapter 6: Mechanical Properties

Mechanical Properties

Objectives Students will be able to label a stress-strain diagram correctly indicating. Ultimate stress, yield stress and proportional limit. Students.

Class #1.2 Civil Engineering Materials – CIVE 2110

CHE 333 Class 14 True Stress True Strain Crystalline Processes During Deformation.

– SOLID MECHANICS S.ARAVINDAN Lecturer Department of Aeronautical Engineering Rajalakshmi Engineering College 1.

Introduction to Stress-Strain Diagram Note: This is a supplementary material for Chap. 15 Fundamentals of Metal Forming. This memo is prepared especially.

ME Manufacturing Systems Introduction To Manufacturing Systems by Ed Red Introduction To Manufacturing Systems by Ed Red.

Mechanical Properties of Materials

Haseeb Ullah Khan Jatoi Department of Chemical Engineering UET Lahore.

Mechanical & Aerospace Engineering West Virginia University Elastic Properties of Materials, Tensile Test Xingbo Liu.

PROPERTIES OF MATERIALS ENF 150 Chapter 10: Properties of Materials.

Mechanics of Solids (M2H321546)

Chapter 4. Mechanical Testing: Tension Test and Other Basic Tests

The various engineering and true stress-strain properties obtainable from a tension test are summarized by the categorized listing of Table 1.1. Note that.

DEPARTMENT OF MECHANICAL AND MANUFACTURING ENGINEERING

Lab. 1: Tension Test of Metals

Material Testing under Tension

CHAPTER OBJECTIVES Show relationship of stress and strain using experimental methods to determine stress-strain diagram of a specific material Discuss.

Materials Engineering

Mechanics of Materials

Mechanical Engineering and Solid Mechanics

– SOLID MECHANICS S.ARAVINDAN Lecturer

Stress and Strain – Axial Loading

Chapter 3 – Mechanical Properties of Material

Introduction We select materials for many components and applications by matching the properties of the material to the service condition required of the.

Mechanics of Materials Dr. Konstantinos A. Sierros

Thin Walled Pressure Vessels

Engineering materials lecture #12

Tensile Testing of Aluminum Alloy

MEKANIKA MATERIAL (BAHAN)

Chapter 3 Mechanical Properties of Materials

Manufacturing Systems

Poisons Ratio Poisons ratio = . w0 w Usually poisons ratio ranges from

THE NATURE OF MATERIALS

Experiment #1 Tension Test

Forging new generations of engineers

True Stress True Strain Crystalline Processes During Deformation.

Mechanical properties of metals Stress and Strain in metals

Lecture 4: Plastic Deformation

Forging new generations of engineers

Eng. Ahmed Al-Afeefy Eng. Ibrahim Aljaish

Tutorial in Mechanical Properties

Tensile Testing The following MATERIAL PROPERTIES can be evaluated / determined by TENSILE TESTING: STRENGTH DUCTILITY ELASTICITY STIFFNESS.

Material Testing.

Mechanical Properties: 1

Mechanical Properties of Metals

Lecture 9 – Deformation and Damage

Applied Technology High School (ATHS)

Elastic & Plastic behavior of Materials

SINGLE PHASE MATERIALS

Mechanical properties of metals Stress and Strain in metals

PDT 153 Materials Structure And Properties

Properties of Civil Engineering Materials

Forging new generations of engineers

Mechanical Properties Of Metals - I

Mechanical Property 기계적 성질

Presentation transcript:

Tutorial

Seatwork : Mechanical Properties of Metal The following engineering stress-strain data were obtained at the beginning of a tensile test for a 0.2% C plain-carbon steel. (a) Plot the engineering stress-strain curve for these data. (b) Determine the modulus of elasticity of this steel (c) Determine the 0.2 percent offset yield strength for this steel (d ) Elastic limit (e) Ultimate tensile strength 2

fig_06_21 Sample Problem # 1 Calculate the strain that will occur in a ½ in. diameter steel eyebolt that is 11 in. long when it carries a load of 2000 lb. The modulus of elasticity of steel is 30 x 10 6 psi.

Sample Problem # 2 fig_06_21 A load of 140,000 N is applied to a cylindrical specimen of a steel alloy with a cross sectional diameter of 10mm. (a) Will the specimen experience elastic and/or plastic deformation ? Why (b) If the original specimen length Is 500 mm, how much will it increase in length when this load is applied. fig_06_21

fig_06_21 Sample Problem # 3 A cylindrical aluminum specimen of diameter 1.28 cm and length 10 cm is loaded in tension to 10,000N. The yield strength of the metal is given 250 MPa and the modulus of elasticity is given to be 70 GPa. Under the condition of the force, compute the stress and the strain in the specimen.