Solutions for Fundamentals of Modern Manufacturing, Binder Ready Version: Materials, Processes, and Systems
Problem 2RQ:
3.2 State Hooke’s law.
Problem 3RQ:
3.3 What is the difference between engineering stress and true stress in a tensile test?
Problem 4RQ:
3.4 Define tensile strength of a material.
Problem 5RQ:
3.5 Define yield strength of a material.
Problem 6RQ:
3.6 Why can a direct conversion not be made between the ductility measures of elongation and...Problem 7RQ:
3.7 What is work hardening?
Problem 8RQ:
3.8 Under what circumstances does the strength coefficient have the same value as the yield...Problem 9RQ:
3.9 How does the change in cross-sectional area of a test specimen in a compression test differ from...Problem 10RQ:
3.10 What is the complicating factor that occurs in a compression test that might be considered...Problem 11RQ:
3.11 Tensile testing is not appropriate for hard brittle materials such as ceramics. What is the...Problem 12RQ:
3.12 How is the shear modulus of elasticity G related to the tensile modulus of elasticity E, on...Problem 14RQ:
3.14 What is hardness, and how is it generally tested?
Problem 17RQ:
3.17 Define viscosity of a fluid.
Problem 19RQ:
3.19 What is viscoelasticity, as a material property?
Problem 3P:
3.3 (SI Units) During a tensile test in which the starting gage length = 100.0 mm and...Problem 4P:
3.4 (A) (SI Units) In the previous problem, determine the strength coefficient and the...Problem 5P:
3.5 (SI Units) In a tensile test on a steel specimen, true strain = 0.12 at a stress of 250 MPa....Problem 6P:
3.6 (USCS Units) During a tensile test, a metal has a true strain = 0.08 at a true stress = 35,000...Problem 7P:
3.7 (SI Units) A tensile test specimen begins to neck at a true strain = 0.20 and true stress = 244...Problem 8P:
3.8 (SI Units) A tensile test provides the following flow curve parameters: strain-hardening...Problem 9P:
3.9 (A) (USCS Units) The flow curve for a certain metal has a strain-hardening exponent = 0.20 and...Problem 10P:
3.10 (SI Units) Given that the flow curve strain-hardening exponent = 0.30 and strength coefficient...Problem 11P:
3.11 (SI Units) The flow curve for austenitic stainless steel has the following parameters: strength...Problem 12P:
3.12 (A) (SI Units) The following flow curve parameters were obtained for a metal alloy in a tensile...Problem 13P:
3.13 (USCS Units) In a compression test, a steel test specimen (E = 30 × 106 lb/in2) has a starting...Problem 14P:
3.14 (A) (SI Units) A bending test is used on an experimental cemented carbide material. Based on...Problem 15P:
3.15 (SI Units) A torsion test specimen has a radius = 25 mm, wall thickness = 3 mm, and gage length...Problem 16P:
3.16 (USCS Units) A torque of 6000 ft-lb is applied in a torsion test on a thin-walled tubular...Problem 17P:
3.17 (A) (SI/USCS Units) In a Brinell hardness test, a 1500-kg load is pressed into a specimen using...Problem 18P:
3.18 One of the inspectors in the quality control department has frequently used the Brinell and...Problem 19P:
3.19 (USCS Units) A batch of annealed steel has just been received from the vendor. It is supposed...Problem 20P:
3.20 (A) (SI Units) Two flat plates are separated by a gap of 4 mm and move relative to each other...Browse All Chapters of This Textbook
Chapter 1 - Introduction And Overview OfmanufacturingChapter 2 - The Nature Of MaterialsChapter 3 - Mechanical Properties Of MaterialsChapter 4 - Physical Properties Of MaterialsChapter 5 - Dimensions, Surfaces, And Their MeasurementChapter 6 - MetalsChapter 7 - CeramicsChapter 8 - PolymersChapter 9 - Composite MaterialsChapter 10 - Fundamentals Of Metal Casting
Chapter 11 - Metal Casting ProcessesChapter 12 - GlassworkingChapter 13 - Shaping Processes For PlasticsChapter 14 - Processing Of Polymer Matrix Composites And RubberChapter 15 - Powder MetallurgyChapter 16 - Processing Of Ceramics And CermetsChapter 17 - Fundamentals Of Metal FormingChapter 18 - Bulk Deformation Processes In Metal WorkingChapter 19 - Sheet MetalworkingChapter 20 - Theory Of Metal MachiningChapter 21 - Machining Operations And Machine ToolsChapter 22 - Cutting-tool TechnologyChapter 23 - Economic And Product Design Considerations In MachiningChapter 24 - Grinding And Other Abrasive ProcessesChapter 25 - Nontraditional Machining And Thermal Cutting ProcessesChapter 26 - Heat Treatment Of MetalsChapter 27 - Surface Processing OperationsChapter 28 - Fundamentals Of WeldingChapter 29 - Welding ProcessesChapter 30 - Brazing, Soldering, And Adhesive BondingChapter 31 - Mechanical AssemblyChapter 32 - Rapid Prototyping And Additive ManufacturingChapter 33 - Processing Of Integrated CircuitsChapter 34 - Electronics Assembly And PackagingChapter 35 - Microfabrication TechnologiesChapter 36 - Nanofabrication TechnologiesChapter 37 - Automation Technologies For Manufacturing SystemsChapter 38 - Integrated Manufacturing SystemsChapter 39 - Process Planning And Production ControlChapter 40 - Quality Control And Inspection
Book Details
Fundamentals of Modern Manufacturing: Materials, Processes, and Systems, 6th Edition, is designed for a first course or two-course sequence in Manufacturing at the junior level in Mechanical, Industrial, and Manufacturing Engineering curricula. As in preceding editions, the author's objective is to provide a treatment of manufacturing that is modern and quantitative. The book's modern approach is based on balanced coverage of the basic engineering materials, the inclusion of recently developed manufacturing processes and comprehensive coverage of electronics manufacturing technologies. The quantitative focus of the text is displayed in its emphasis on manufacturing science and its greater use of mathematical models and quantitative end-of-chapter problems. This text is an unbound, three hole punched version.
Sample Solutions for this Textbook
We offer sample solutions for Fundamentals of Modern Manufacturing, Binder Ready Version: Materials, Processes, and Systems homework problems. See examples below:
The term “manufacturing” can be defined in two ways. Technologically Economically Manufacturing is...The three types of elements grouped in the Periodic table are, Metals-Example :Copper and Nickel...The three categories of static stresses are, Tensile stress Shear stress Compressive stress Tensile...Density Density of a material is defined as the mass of the material per unit volume of the...Tolerance It is referred as the entire amount by which a mentioned dimension is allowed to change....The properties that distinguish metals from other materials are their mechanical, electrical and...Ceramic It refers to an inorganic compound containing more non-metallic and less metallic elements....Polymers are long chain molecules connected to each other by covalent bonds. As the name suggest...In order to create materials that are stronger, lighter or less expensive than conventional...
In cases where the material is in the liquid or plastic state in the beginning a part is created by...There are mainly two main categories of the casting processes. They are given below. 1. Expendable...There are three types of ceramics. Glass is one of three basic types of ceramics. The vitreous...Plastic shaping processes include properties of polymer melts, injection molding, compression etc....FRPs are otherwise called Fiber-reinforced plastic. It is a mixture of polymer and glass fibers....Powder metallurgy (PM) The process in which precision metal components are formed from metal power...The difference between traditional ceramics and new ceramics is discussed as below in tabular form....The difference between the bulk deformation and sheet metalworking is discussed as below in tabular...Bulk deformation process is transformation of solid materials from one shape to another. In bulk...The operations such as forming and cutting operated on thin sheets of metal which is having a...The tree basic categories of material removal process are conventional machining, abrasive process...Sl NoRotational partsPrismatic parts1These parts would have cylindrical or disk like shape.These are...Cutting tool material and tool geometry are the two important facets in cutting tool technology....The success of the operating and functioning of the machine mainly depends upon the properties of...Abrasive process is the process which is used to remove the material by hard using abrasive...The material removal processes are divided in to two types namely conventional machining processes...Heat treatment is a series of processes done to modify the physical, chemical and mechanical...A surface of the manufactured parts is normally covered with oils, films, and other contaminants....The advantage and disadvantage of welding compared to other types of assembly operations are listed...The principal groups of processes included in fusion welding are listed below: 1. Arc welding: In...Brazing &SolderingWelding1. The process of joining two or more metals by means of melting and...Mechanical assembly is a method used to join two or more different materials together to form a...A group of techniques, which are utilized to fabricate the engineering prototypes of parts using...Integrated circuit or IC is an electronic chip. Integrated circuit has bunch of resistors,...The functions of packaging can be divided into three categories Primary Secondary tertiary The...A microelectromechanical system (MEMS) highlights the miniaturized system consists of electrical,...Nanotechnology deals with objects not much bigger than atoms and molecules. Nanoscale refers to...Manufacturing system is known as the collection of integrated equipment and Human resources. These...Integrated manufacturing system is the manufacturing approach that includes manual production lines,...Manufacturing engineering is the study of manufacturing process or value addition process on a part...The product quality is defined as the degree of excellence of the product on which the thing...
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Fundamentals Of Modern Manufacturing
2nd Edition
ISBN: 9780471733867
Fundamentals Of Modern Manufacturing: Materials, Processes, And Systems
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ISBN: 9780471656548
Fundamentals Of Modern Manufacturing: Materials, Processes, And Systems
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FUNDAMENTALS OF MODERN MANUFACTURING: MA
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Fundamentals Of Modern Manufacturing: Materials, Processes, And Systems
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Fundamentals Of Modern Manufacturing
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ISBN: 9780471742920
Fundamentals of Modern Manufacturing : Processes and Systems
1st Edition
ISBN: 9780471366805
Fundamentals Of Modern Manufacturing, 6e Binder Ready Version With Wplsbbc Set
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ISBN: 9781119303725
Fundamentals Of Modern Manufacturing Sixth Edition International Student Version
6th Edition
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Groover's Principles of Modern Manufacturing
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Fundamentals Of Modern Manufacturing: Materials, Processes, And Systems (5th Ed.) By Mikell P. Groover (international Economy Edition)
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