Materials Engineering Study Guide

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Study Guide for Material Engineering Quiz

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Cameron Daniels

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Materials Engineering Study Guide


Materials Engineering Study GuideOnline version Study Guide for Material Engineering Quiz by Cameron Daniels 1 Engineering designs require materials with certain properties and characteristics. Yes No 2 Engineers must know how to make sense of the tens of thousands of products available. Yes No 3 Material properties can make or break and engineer's product or career. Selecting the right material is crucial. Yes No 4 Materials are the substances from which products and structures are made. Yes No 5 Materials can be categorized by their composition as pure elements, compounds, or mixtures. Yes No 6 Materials are typically classified as metallic, ceramic, organic, or composite. Yes No 7 Recyclebility and cost are important considerations for engineers when choosing appropriate materials for a design. Yes No 8 Material Selection criteria includes in service-performance, deterioration, and economics. Yes No 9 Materials are closely connected with culture. Yes No 10 The development and advancement of societies are dependant on the available materials and their use. Yes No 11 Early Civilizations were designated by their level of materials. Yes No 12 Stone age: Naturally occurring materials. Yes No 13 Bronze Age: Casting and Forging. Yes No 14 Iron Age: High temperature furnaces. Yes No 15 Steel Age: High strength alloys Yes No 16 Non-ferrous and Polymer Age: Silicon, alluminum, titanium, plastics, and composites. Yes No 17 Metals: good electricity conductors, lusterous appearance, susceptible to corrosion, strong but deformable. Yes No 18 Matweb is a free online materials info resource with properites data on over 115,000 materials. Yes No 19 5 Types of materials: Metals, Composites, Polymers, Ceramics. Wood Yes No 20 Metals were most important in Bronze and Iron Age. Yes No 21 Metals form most of the known elements in the periodic table. Yes No 22 Various minerals are mined known iron ore: Magnetite, Hematite. Yes No 23 An alloy is a mixture of 2 or more elements with one of the elements being metal. Yes No 24 Of all the nonferrous Metals, Gold is the possibly most well-known because of its status as a precious metal. Yes No 25 A malleable metal can be shaped or formed without breaking by means of hammering or some other applications of pressure. Yes No 26 Copper is tough, malleable and very ductile metal. Yes No 27 Aluminum is one of the most abundant metal elements on Earth. Yes No 28 Pure aluminum is very weak. Yes No 29 Next to platinum, titanium is one of the most chemically inert metals. Yes No 30 Woods are cheaper and easier to machine and shape then metals and plastics. Yes No 31 Common species of softwood include, pine, spruce, fire hemlock, and cedar. Yes No 32 Ceramics are breakable. Yes No 33 Ceramics are weak when subject to stretching or twisting forces. Yes No 34 Ceramics include: whiteware, pots, Floor tile, sparkplugs, porcelain. Yes No 35 Abrasives include Sand paper and knife sharpeners. Yes No 36 Atoms join to make molecules. Yes No 37 Refractories are nonmetallic ceramic materials that are applied in situations where exist extreme temps. Yes No 38 Polymers split to plastics and elastomers. Yes No 39 Some elastomers can be reshaped by reheating. Yes No 40 Of all thermosetting plastics epoxy is one of the most wildly used because of its use as a adhesive. Yes No

Materials Engineering Study Guide

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Materials Engineering Study GuideOnline version

by Cameron Daniels

Engineering designs require materials with certain properties and characteristics.

Engineers must know how to make sense of the tens of thousands of products available.

Material properties can make or break and engineer's product or career. Selecting the right material is crucial.

Materials are the substances from which products and structures are made.

Materials can be categorized by their composition as pure elements, compounds, or mixtures.

Materials are typically classified as metallic, ceramic, organic, or composite.

Recyclebility and cost are important considerations for engineers when choosing appropriate materials for a design.

Material Selection criteria includes in service-performance, deterioration, and economics.

Materials are closely connected with culture.

The development and advancement of societies are dependant on the available materials and their use.

Early Civilizations were designated by their level of materials.

Stone age: Naturally occurring materials.

Bronze Age: Casting and Forging.

Iron Age: High temperature furnaces.

Steel Age: High strength alloys

Non-ferrous and Polymer Age: Silicon, alluminum, titanium, plastics, and composites.

Metals: good electricity conductors, lusterous appearance, susceptible to corrosion, strong but deformable.

Matweb is a free online materials info resource with properites data on over 115,000 materials.

5 Types of materials: Metals, Composites, Polymers, Ceramics. Wood

Metals were most important in Bronze and Iron Age.

Metals form most of the known elements in the periodic table.

Various minerals are mined known iron ore: Magnetite, Hematite.

An alloy is a mixture of 2 or more elements with one of the elements being metal.

Of all the nonferrous Metals, Gold is the possibly most well-known because of its status as a precious metal.

A malleable metal can be shaped or formed without breaking by means of hammering or some other applications of pressure.

Copper is tough, malleable and very ductile metal.

Aluminum is one of the most abundant metal elements on Earth.

Pure aluminum is very weak.

Next to platinum, titanium is one of the most chemically inert metals.

Woods are cheaper and easier to machine and shape then metals and plastics.

Common species of softwood include, pine, spruce, fire hemlock, and cedar.

Ceramics are breakable.

Ceramics are weak when subject to stretching or twisting forces.

Ceramics include: whiteware, pots, Floor tile, sparkplugs, porcelain.

Abrasives include Sand paper and knife sharpeners.

Atoms join to make molecules.

Refractories are nonmetallic ceramic materials that are applied in situations where exist extreme temps.

Polymers split to plastics and elastomers.

Some elastomers can be reshaped by reheating.

Of all thermosetting plastics epoxy is one of the most wildly used because of its use as a adhesive.