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Professional English in Use Engineering Engineering with Answers [with Answers]

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Professional English in Use Engineering Engineering with AnswersSuurem pilt
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Professional English in Use Engineering presents and practises over 1000 words and phrases to help you function in English in your everyday working life.

Using the highly successful format of presentation on the left hand page and practice on the right hand page, Professional English in Use Engineering presents essential vocabulary in context to help you use the words more easily.

Easy to use, attractively designed in four colours throughout and and fully comprehensive, this book will be invaluable for anyone needing to use English for their professional lives. It is suitable for one-to-one classroom use and self-study.

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Professional English in Use Engineering is another addition to the Professional English in Use series.
Introduction 6(2)
DESIGN
Drawings
8(2)
Drawing types and scales
Types of views used on drawings
Design development
10(2)
Initial design phase
Collaborative development
Design solutions
12(2)
Design objectives
Design calculations
MEASUREMENT
Horizontal and vertical measurements
14(2)
Linear dimensions
Level and plumb
Locating and setting out
16(2)
Centrelines and offsets
Grids
Dimensions of circles
18(2)
Key dimensions of circles
Pipe dimensions
Dimensional accuracy
20(2)
Precision and tolerance
Fit
Numbers and calculations
22(2)
Decimals and fractions
Addition, subtraction, multiplication and division
Area, size and mass
24(2)
Area
Weight, mass, volume and density
Measurable parameters
26(2)
Supply, demand and capacity
Input, output and efficiency
MATERIALS TECHNOLOGY
Material types
28(2)
Metals and non-metals
Elements, compounds and mixtures
Composite materials
Steel
30(2)
Carbon steels
Alloy steels
Corrosion
Non-ferrous metals
32(2)
Common non-ferrous engineering metals
Plating with non-ferrous metals
Polymers
34(2)
Natural and synthetic polymers
Thermoplastics and thermosetting plastics
Minerals and ceramics
36(2)
Mineral and ceramic engineering materials
Glass
Concrete
38(2)
Concrete mix design
Reinforced concrete
Wood
40(2)
Categories of wood
Solid structural timber
Engineered wood
Material properties 1
42(2)
Tensile strength and deformation
Elasticity and plasticity
Stages in elastic and plastic deformation
Material properties 2
44(2)
Hardness
Fatigue, fracture toughness and creep
Basic thermal properties
Forming, working and heat-treating metal
46(2)
Casting, sintering and extruding metal
Working metal
Heat-treating metal
Material formats
48(2)
Raw materials for processing
Formats of processed materials
MANUFACTURING AND ASSEMBLY
3D component features
50(2)
3D forms of edges and joints
3D forms of holes and fasteners
Machining 1
52(2)
Machining and CNC
Machining with cutting tools
Machining 2
54(2)
Guillotining and punching
High-temperature metal cutting techniques
Laser cutting and UHP waterjets
Interconnection
56(2)
Attaching and supporting
Fitting together
Mechanical fasteners 1
58(2)
Bolts
Preload in bolted joints
Washers
Mechanical fasteners 2
60(2)
Screws
Screw anchors
Rivets
Non-mechanical joints 1
62(2)
Welding
Common gas and arc welding techniques
Non-mechanical joints 2
64(2)
Specialized welding techniques
Brazing and soldering
Adhesives
STATIC AND DYNAMIC PRINCIPLES
Load, stress and strain
66(2)
Load
Stress and strain
Force, deformation and failure
68(2)
Types of force and deformation
Types of failure
Structural mechanics
70(2)
Statically determinate structures
Resultant forces and centre of gravity
Frames and trusses
Motion and simple machines
72(2)
Acceleration and motion
Inertia
Simple machines
Moving parts
74(2)
Angular motion
Rotary and reciprocating motion
Engine revs
Friction
ENERGY AND TEMPERATURE
Energy
76(2)
Forms of energy
Energy efficiency
Work and power
Heat and temperature
78(2)
Changes of temperature and state
Heat transfer
FLUIDS
Fluid containment
80(2)
Pipes, ducts and hoses
Tanks
Pumps, fans and turbines
Fluid pressure
82(2)
Gauge pressure and absolute pressure
Hydrostatic pressure and siphonic action
Fluid dynamics
84(2)
Fluid dynamics and aerodynamics
Drag
Laminar flow and turbulent flow
Aerofoils
MECHANISMS
Engines and motors
86(2)
Types and functions of engines and motors
Internal combustion engines
Transmission 1
88(2)
Gears
Gear ratios
Types of gear wheel
Transmission 2
90(2)
Chains, sprockets and pulleys
Conversion between reciprocating and rotary motion
ELECTRICITY
Current, voltage and resistance
92(2)
Electric current
Voltage and resistance
Electrical power
Electrical supply
94(2)
Direct current and alternating current
AC generation and supply
DC generation and use
Circuits and components
96(2)
Simple circuits
Mains AC circuits and switchboards
Printed and integrated circuits
Electrical and electronic components
Appendix I Three-dimensional drawings 98(1)
Appendix II Shapes 99(1)
Appendix III Units of measurement 100(4)
Appendix IV Chemical elements 104(2)
Appendix V Structural elements and types of load 106(2)
Appendix VI Moments 108(1)
Appendix VII Vapour, cooling and thermal inertia 109(1)
Appendix VIII The electromagnetic spectrum 110(1)
Appendix IX Pipe and hose fittings and valves 111(1)
Appendix X Siphonic action 112(1)
Appendix XI Managing rotary motion 113(1)
Appendix XII Electrical and electronic components 114(4)
Appendix XIII Sensing, measuring and regulating devices 118(1)
Answer key 119(11)
Index 130(13)
Acknowledgements 143
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