Log In
Or create an account -> 
Imperial Library
  • Home
  • About
  • News
  • Upload
  • Forum
  • Help
  • Login/SignUp

Index
Title page Introduction Contents UNIT 1: ENGINEERING PRINCIPLES Laws of indices Logarithms Exponential function Equations of lines Simultaneous linear equations Expanding and factorisation Quadratic equations 1 Quadratic equations 2 Radians, arcs and sectors Trigonometric ratios and graphs Cosine rule Sine rule Vector addition Surface area and volume Systems of forces Resolving forces Moments and equilibrium Simply supported beams Direct loading Shear loading Velocity, displacement and acceleration Applying the SUVAT equations Force, friction and torque Work and power Energy Newton’s laws of motion, momentum and energy Angular parameters Mechanical power transmission Submerged surfaces Immersed bodies Fluid flow in tapering pipes Heat transfer parameters and thermal conductivity Heat transfer processes Linear expansivity and phases of matter Specific heat capacity, latent and sensible heat Heat pump performance ratios Enthalpy and entropy Thermal efficiency of heat engines Thermodynamic process parameters Gas laws Current flow Coulomb’s law and electrostatic force Resistance, conductance and temperature Types of resistor Field strength Capacitance Capacitors – non-polarised Capacitors – polarised Ohm’s law, power and efficiency 1 Ohm’s law, power and efficiency 2 Kirchoff’s voltage and current laws Capacitors – charging and energy Capacitors – networks Capacitors in circuits – the time constant Capacitors in circuits – <i>RC</i> transients Diodes – bias and applications DC power sources Resistors in series or parallel Resistors in series and parallel combinations Resistors and diodes in series Capacitors in series or parallel Capacitors in series and parallel combinations Magnetism and magnetic fields Permeability B/H curves, loops and hysteresis Reluctance and magnetic screening Electromagnetic induction DC motors Electric generators Inductors and self-inductance Transformers and mutual inductance AC waveforms Single phase AC parameters Analysing AC voltages using phasors Reactance and impedance Rectification SKILLS Your Unit 1 exam Showing your working ‘State’ and ‘describe’ questions ‘Explain’ questions ‘Find’ questions ‘Calculate’ questions 1 ‘Calculate’ questions 2 ‘Solve’ questions ‘Draw’ questions ‘Label’ questions ‘Identify’ questions Synoptic questions 1 Synoptic questions 2 Using the formulae booklet Formulae and constants UNIT 3: ENGINEERING PRODUCT DESIGN AND MANUFACTURE Design triggers 1 Design triggers 2 Reducing energy Hybrids and energy recovery systems Sustainability and cost over product life cycle High-value manufacturing and designing out risk Systems, equipment and interfaces System compromises Equipment specifications and cost effectiveness Mechanical properties Physical and thermal properties Electrical and magnetic properties Advanced materials Surface treatments and coatings Lubrication Modes of failure of materials Mechanical motion Mechanical linkages Power sources Controlling power transmission Processing metals Powder metallurgy and additive manufacturing Joining and assembly Processing polymers Processing ceramics Processing fibre-reinforced composites Effects of processing Scales of production Customers Product and service requirements Product design specification (PDS) 1 Product design specification (PDS) 2 Commercial protection Legislation and standards Environmental and safety constraints Security constraints Marketing Form and functionality Product performance Manufacturing processes and requirements Manufacturing needs Generating design ideas Development Design information Freehand sketching, diagrams, technical drawings Graphical techniques Written communication Design documentation Iterative development Statistical data 1 Statistical data 2 Data handling and graphs 1 Data handling and graphs 2 Frequency distributions Validating the design Benefits and opportunities Further modifications SKILLS Your Unit 3 set task Reading a brief Conducting research Making notes Reading further information Interpreting an engineering drawing Analysing data Creating a time plan Recording changes and action points Interpreting a brief Interpreting numerical data Producing design ideas 1 Producing design ideas 2 Modified product proposal Justifying a design Justifying materials and processes Developing sustainability Validating a design proposal Evaluating with tools and techniques UNIT 6: MICROCONTROLLER SYSTEMS FOR ENGINEERS Microcontrollers and Unit 6 Comparing different microcontrollers Project boards Using flowcharts BASIC as a programming language C as a programming language Input and output devices Switches Visible and infrared light-sensing devices Temperature and humidity sensors Input interfacing requirements Ultrasonic and control potentiometers Optoelectronic output devices Electromechanical output devices Audio output devices Transistor output stages Selecting hardware: input devices Selecting hardware: output devices Generating a system design Safe use of typical electronic tools Assembling and operating a microcontroller system PICAXE® and Logicator: program files and error checking PICAXE® and Logicator: simulation, compiling and debugging Microchip, PICkit 3 and MPLAB®: program files and error checking Microchip, PICkit 4 and MPLAB®: simulation and debugging GENIE®: program files GENIE®: simulation GENIE®: compiling and debugging Arduino™ Uno: program files and error checking Arduino™ Uno: simulation and testing Flowcode and E-Block: creating and managing program files Flowcode and E-Block: simulation Flowcode and E-Block: simulation and debugging Coding practice and efficient code authoring Coding constructs: inputs and outputs (BASIC and C) 1 Coding constructs: inputs and outputs (BASIC and C) 2 Coding constructs: inputs and outputs (GENIE<sup>®</sup> flowchart) 1 Coding constructs: inputs and outputs (GENIE<sup>®</sup> flowchart) 2 Coding constructs: logic and arithmetic variables and arrays Coding constructs: logic and arithmetic Coding constructs: program flow and control 1 Coding constructs: program flow and control 2 Program flow: iteration Control of program sequence: if else Control of program sequence: switch 1 Control of program sequence: switch 2 Structured program design Number systems: decimal to binary Number systems: binary to decimal Project analysis System design and program planning System assembly, coding and testing System testing and operation Production of evidence SKILLS Your Unit 6 set task Reading a brief Creating a task plan Monitoring progress Monitoring changes 1 Monitoring changes 2 Analysing a brief for product requirements Completing a test plan Formulating a system design Proposing system connections Planning a program structure System assembly and programming System testing Results analysis Recording a system in operation Recording a commentary ANSWERS
  • ← Prev
  • Back
  • Next →
  • ← Prev
  • Back
  • Next →

Chief Librarian: Las Zenow <zenow@riseup.net>
Fork the source code from gitlab.

This is a mirror of the Tor onion service:
http://kx5thpx2olielkihfyo4jgjqfb7zx7wxr3sd4xzt26ochei4m6f7tayd.onion