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The complete collection of Mathcad Electronic Books for Electrical Engineering
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Electrical & Electronic Engineering
from Hicks
Adapted from the
Standard Handbook of Engineering Calculations
, this section delivers electrical and electronics engineering formulae and
procedures, supported with explanatory text, tables and figures.
Electrical Power Systems Engineering
Fundamental concepts for modelling electrical power distribution systems,
providing analysis techniques necessary to design a functioning system, and
locating possible difficulties in a proposed design.
Topics in Mathcad:
Electrical Engineering
Useful Mathcad problem-solving techniques in the context of common design
calculations from several different branches of electrical engineering,
such as circuit analysis or digital filter design.
Signal Processing
Extension Pack
Perform many variations of signal analysis including, acoustic or optical and
analogue or digital. For example, generate coefficients for a FIR lowpass
filter, convolve the impulse response with a test signal, and plot the input and
output signals for comparison. |
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Electrical & Electronic Engineering from Hicks
- Sample Topics include:
Direct-Current Circuit Analysis, Power System Short-Circuit Current,
Transformer Characteristics and Performance, Electrical Measurement
Analysis of Permanent-Magnet Motors, Solid-State Device Evaluation,
Reliability Analysis of Electronic Circuits, Equipment to Network Synthesis
by Using an Operational Amplifier, Microwave Transmitter Analysis, and more.
Electrical Power Systems Engineering
- Sample Topics include:
Voltage Drop Calculations, Load Flow Calculations, Least-Cost Power
Transformer Sizing, Power System Harmonic Analysis, Power Line Parameters,
Impedance of Lines, Characteristics of Aluminium Cable, Power System Faults,
Mid-Line Fault Calculations, Out-of-Step Protection, Induction Motor
Start-up Protection, DC Motor Protection, System Transients, Transformer
Energisation, Typical Transformer Impedances, Application of Surge
Arresters
Topics in Mathcad: Electrical Engineering
- Table of Contents
Applications in Electromagnetics: Field Patterns of a Uniform Linear Antenna
Array and more. Applications in Circuit Analysis: Network Analysis Using an
Admittance Matrix and more. Applications in Signal Processing: Convolution
and Deconvolution, Digitising a Signal and more. Applications in Filter
Design: Chebyshev Polynomials, FIR Filter Design and more.
Signal Processing
The Hartley Transform, Sine and Cosine Transforms, Walsh Functions, The
Discrete Wavelet Transform, The Hilbert Transform, Two Dimensional
Convolution, Useful Functions, Spectral Analysis, The Chirp z-Transform,
Noise Generators, Time Series Analysis, Moving Average and Exponential
Smoothing, Sample Correlation and Partial Autocorrelation, Linear
Prediction Methods, Convolution and Correlation, Interpolation and
Resampling, Quantizing a Signal, Digital Filtering, Filter Gain and
Response, Windows for FIR Filter Design, FIR Filter Design, FIR Filter
Coefficients by Remez Exchange, IIR Filter Design
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The complete collection of Mathcad Electronic Books for Civil Engineering
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Roark’s
Formulas for Stress & Strain
This complete edition, presents all 37 tables of formulae in Roark’s along with
dozens of structural elements. It includes all 37 tables of formulas, 1,000
design cases covering straight beams and bars, curved beams, plates and shells
and more than 75 worked out samples.
Building Structural Design
This Electronic Book includes 33 design templates for buildings and other
structures and covers topics ranging from the analysis and design of beams,
columns, base plates, footings and retaining walls, to the computation of wind
and seismic loads on buildings.
Building Thermal Analysis
Building Thermal Analysis
covers the major field of heat transfer in building design. It is a compendium of
relevant, “real-life” examples stressing the theoretical, while never
losing sight of the practical engineering aspects.
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Roark’s Formulas for Stress and Strain
Sample Topics include:
Moments of Inertia, Plastic Section Moduli, Areas, Stress, Force and
Deflection Calculations, Stress, Strain and Deformation for Axisymmetric
and Eccentric Loading, Nonisotropic Material Stress Analysis, Combined and
Torsional Loading, Combined Stress Formulas, Stress Concentration,
Collapse Loads, and much more.
Building Structural Design
Table of Contents
Chapter 1 -Analysis of Beams
Chapter 2 -Structural Steel Beams
Chapter 3 -Reinforced Concrete Slabs and Beams
Chapter 4 -Reinforced Concrete Columns
Chapter 5 -Structural Steel Columns - ASD Design
Chapter 6 -Reinforced Concrete Flat Plates
Chapter 7 -Reinforced Concrete Columns and Wall Footings Chapter
8 -Earth Retaining Structures
Chapter 9 -Wind and Seismic Loads on Buildings
Chapter 10 -Reinforced Concrete Material Properties, Development and Splice
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The complete collection of Mathcad Electronic Books for Mechanical Engineering
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Roark’s
Formulas for Stress & Strain
This complete edition, presents all 37 tables of formulae in Roark’s along with
dozens of structural elements. It includes all 37 tables of formulas, 1,000
design cases covering straight beams and bars, curved beams, plates and shells
and more than 75 worked out samples.
Finite Element Beginnings
Finite Element Beginnings
, by engineer and teacher David Pintur, is an introduction to the principles of
the finite element method.
Machine Design & Analysisfrom Hick’s
MathSoft has joined with McGraw-Hill Inc. to offer you electronic access to
formulas and diagrams that you use everyday from Hicks’ Standard Handbook of
Engineering Calculations. |
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Roark’s Formulas for Stress and Strain
Sample Topics include:
Moments of Inertia, Plastic Section Moduli, Areas, Stress, Force and
Deflection Calculations, Stress, Strain and Deformation for Axisymmetric
and Eccentric Loading, Nonisotropic Material Stress Analysis, Combined and
Torsional Loading, Combined Stress Formulas, Stress Concentration,
Collapse Loads, and much more.
Finite Element Beginnings
Table of Contents includes:
Introduction
Definition and Basic Concepts, The Process of Discretisation, Brief History
of the Finite Element Method
The Discrete Approach: A Physical Interpretation
A Simple Elastic Spring, Assembling the Elements, How to Treat Boundary Conditions
Introduction to Finite Elements of Elastic Continua
Continuity of Elements in a Continuum, Basic Concepts in Three Dimensional Linear Elasticity
Element Interpolation and Shape Functions
The Essence of the Finite Element Method, Linear Interpolation in One Dimension
The Method of Weighted Residuals
Applying Galerkin's Method to Finite Elements
Machine Design & Analysis from Hick’s
Sample Topics include:
Shaft, Torque, Horsepower and Driver Efficiency, Shaft Reactions and Bending
Moments , Speeds of Gears and Gear Trains, Force Ratio of Geared Drives,
Roller-Bearing Operating-Life Analysis, Shock-Mount Deflection and Spring
Rate, Wear Life of Roller Surfaces, Cutting Speeds for Various Materials and
more. | |
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