Determination of the Mechanical and Technological Properties of Metals
- 1st Edition - March 31, 2015
- Latest edition
- Author: B. M. Gliner
- Language: English
- Paperback ISBN:9 7 8 - 1 - 4 8 3 2 - 1 2 1 0 - 4
- eBook ISBN:9 7 8 - 1 - 4 8 3 2 - 2 5 5 3 - 1
Determination of the Mechanical and Technological Properties of Metals presents the principal types of testing machine and equipment. This book provides a brief description of the… Read more
Determination of the Mechanical and Technological Properties of Metals presents the principal types of testing machine and equipment. This book provides a brief description of the methods for determining the principal mechanical and technological properties of metals. Organized into three chapters, this book begins with an overview of mechanical testing of metals subdivide into static, dynamic, and fatigue testing depending of the method of load application as a function of time. This text then describes weld metal working under tensile loading conditions. Other chapters consider the various methods for the determination of the technological properties of metals, including longitudinal turning method and face turning method. This book discusses as well the methods of determining the machinability of metals, including two-tool test procedure, drilling test, and temperature test. This book is a valuable resource for students taking practical laboratory courses in metal working at technical colleges. Laboratory personnel will also find this book useful.
Foreword to English Edition.PrefaceI. The Mechanical Testing of Metals General Concepts Tensile Tests on Metals Limit of Proportionality Young's Modulus of Elasticity Yield Point Ultimate Tensile Strength Absolute Residual Elongation Relative Elongation Relative Reduction of Area Testpieces for Tensile Tests on Metals Tensile Testing Maohines Testing Metals in Compression Torsion Tests on Metals Machines for Testing Metals in Torsion Acoustic & Radiotechnical Methods for Determination of the Young's Modulus E and the Rigidity Modulus G Testing in Shear Bend Testing Bend Tests on Grey & Malleable Cast Iron Micro-Mechanical Tests Impact Tests Hardness Testing of Metals The Hardened Ball Indentation (Brinell) Method The Rockwell Method of Hardness Determination Diamond Pyramid Hardness Testing Universal Testing Machines for the Measurement of Hardness Determination of Microhardness Tests for Endurance (Fatigue Strength) Metal Testing at Elevated Temperatures Tensile Tests Torsion Tests Tensile Impact Tests Impact Bend Tests Hardness Determination Creep Tests Tests for Rupture Strength Relaxation TestingII. Methods of Determining the Mechanical Properties of Weld Metal and Welded JointsIII. Determination of the Technological Properties of Metals Determination of the Machinability of Metal from the Cutting Speed Simplified Methods of Determining the Machinability of Metals Tests for Hardenability Determination of Hardenability for Hardness Distribution Weldability Tests Cracking Tendency of Steel and Weld Metal Determination of Changes in the Properties of Steel in the Heat-Affected Zones Miscellaneous Methods of Testing the Technological Properties of Metals Testing of TubesReferences
- Edition: 1
- Latest edition
- Published: March 31, 2015
- Language: English
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