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Newtonian Dynamics
File : pdf, 3.9 MB, 293 pages
TOC
1 Introduction
1.1 Prerequisites
1.2 Scope of Book
1.3 Major Sources
2 Vector Algebra and Vector Calculus
2.1 Introduction
2.2 Scalars and Vectors
2.3 Vector Algebra
2.4 Cartesian Components of a Vector
2.5 Coordinate Transformations
2.6 Scalar Product
2.7 Vector Product
2.8 Rotation
2.9 Scalar Triple Product
2.10 Vector Triple Product
2.11 Vector Calculus
2.12 Line Integrals
2.13 Vector Line Integrals
2.14 Volume Integrals
2.15 Gradient
2.16 Grad Operator
2.17 Polar Coordinates
3 Newton’s Laws of Motion
3.1 Introduction
3.2 Newtonian Dynamics
3.3 Newton’s Laws of Motion
3.4 Newton’s First Law of Motion
3.5 Newton’s Second Law of Motion
3.6 Newton’s Third Law of Motion
3.7 Non-Isolated Systems
4 One-Dimensional Motion
4.1 Introduction
4.2 Motion in a General One-Dimensional Potential
4.3 Velocity Dependent Forces
4.4 Simple Harmonic Motion
4.5...
July 27, 2010
Classical Electromagnetism
html documents, not downloadable
CONTENTS
# Introduction
* Intended audience
* Major sources
* Preface
* Outline of course
# Vectors
* Introduction
* Vector algebra
* Vector areas
* The scalar product
* The vector product
* Rotation
* The scalar triple product
* The vector triple product
* Vector calculus
* Line integrals
* Vector line integrals
* Surface integrals
* Vector surface integrals
* Volume integrals
* Gradient
* Divergence
* The Laplacian
* Curl
* Summary
# Time-independent Maxwell equations
* Introduction
* Coulomb's law
* The electric scalar potential
* Gauss' law
* Poisson's equation
* Ampère's experiments
* The Lorentz force
* Ampère's law
* Magnetic monopoles?
* Ampère's circuital law
* Helmholtz's theorem
* The magnetic vector potential
* The Biot-Savart law
* Electrostatics and magnetostatics
# Time-dependent Maxwell's equations
* Introduction
* Faraday's law
* Electric scalar...
July 26, 2010
Advanced Calculus
File : pdf, 50 MB, 592 pages
TOC
Chapt 0 Introduction
1. Logic : quantifiers
2. The logical connectives
3. Negations aof quantifiers
4. Sets
5. Restricted variables
6. Ordered pairs and relations
7. Functions and mappings
8. Product sets, index notation
9. Composition
10. Duality
11. The boolean operations
12. Partitions and equivalence relations
Chapt 1 Vector Spaces
1. Fundamental notions
2. Vector spaces and geometry
3. Produc spaces and Hom(V,W)
4. Affine subspaces and quotient spaces
5. Direct sums
6. Bilinearity
Chapt 2 Finite-Dimensional Vector Spaces
1. Bases
2. Dimensions
3. THe dual space
4. Matrices
5. Trace and determinant
6. Matrix computations
7. The diagonalization of a quadratic form
Chapt 3 The Differential Calculus
1. Review in R
2. Norms
3. Continuity
4. Eqivalent norms
5. Infinitesimals
6. The differential
7. Directional derivatives, the...
July 24, 2010
Lecture : Atmospheric Thermodynamics
pdf presentation, 3.8 MB, 63 pages
Contents :
Ideal Gas Law (Equation of State)
Hydrostatic Balance
Heat and Temperature
Conduction, Convection, Radiation
Latent Heating
Adiabatic Process
Lapse Rate and Stability
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July 23, 2010
Lectures on Heat and Thermodynamics
File : pdf, 1.1 MB, 89 pages
CONTENTS
HEAT Feeling and seeing temperature changes
Classic Dramatic Uses of Temperature-Dependent Effects
The First Thermometer
Newton’s Anonymous Table of Temperatures
Fahrenheit’s Excellent Thermometer
Amontons’ Air Thermometer: Pressure Increases Linearly with Temperature
Thermal Equilibrium and the Zeroth Law of Thermodynamics
Measuring Heat Flow: a Unit of Heat
Specific Heats and Calorimetry
A Connection With Atomic Theory
Latent Heat
THERMAL EXPANSION AND THE GAS LAW
Coefficients of Expansion
Gas Pressure Increase with Temperature
Finding a Natural Temperature Scale
The Gas Law
Avogadro’s Hypothesis
EARLY ATTEMPTS TO UNDERSTAND THE NATURE OF HEAT
When Heat Flows, What, Exactly is Flowing?
Lavoisier’s Caloric Fluid Theory
The Industrial Revolution and the Water Wheel
Measuring Power by Lifting
Carnot’s Caloric Water Wheel
How Efficient...
July 21, 2010
Design of Spur-Type Streambank Stabilization Structures
Filetype : pdf, 10,2 MB, 112 pages
TOC
CHAPTER 1. IMTRODUCTION
CHAPTER 2, CONSIDERATIONS IN THE SELECTION AND DESIGN OF SPUR-TYPE STRUCTURES
GENERAL APPLICABILITY OF SPURS
Function
Erosion Mechanisms
River Environment
Channel Size
Bend Radius
Channelbank Characteristics
System Impacts
Environmental Impacts
Esthetic Impacts
Construction-Related Considerations
costs
SPUR TYPES
Retardance Spurs
Fence Type
Jack/Tetrahedron Type
Retardance/Diverter Spurs
Light Fence Type
Heavy Diverter Spurs
Diverter Spurs
Hardpoints
Transverse-Dike Spurs
PRIMARY FACTORS INFLUENCING THE DESIGN 0ND SELECTION OF A SPUR TYPE
Spur Function/Purpose
Erosion Mechanism
Sediment Environment
Flow Environment
Channel Velocity Environment
Flow Stage
Bend Radius
Debris and Ice-Load Environment
OTHER CONSIDERATIONS
costs
Channel Size
Channelbed Fluctuations
Vegetation
Vandalisim and Maintenance
CHAPTER 3. OF SPUR SYSTEMS
PERMEABILITY
GEOMETRY
Extent of Bank Psotection
spur Length
Spur Spacing
Spur Orientation
Geometric Design Example
STRUCTURE HEIGHT
CREST PROFILE
BED and BANK CONTACT
Channelbed Contact
Channelbank Contact
SPUR HEAD FORM OR DESIGN
SUMMARY OF SPUR DESIGN RECOMMENDATIONS
Permeability
Extent of Channelbank Protection
Spur Length
Spur Spacing
Spur...
July 14, 2010
Air Force System Safety Handbook
File : pdf, 975KB, 161 pages
TOC
1.0 INTRODUCTION TO SYSTEM SAFETY
1.1 Definitions: System Safety and Safety System
1.2 System Safety Objectives
1.3 Need for System Safety
1.4 System Safety Costs
1.5 Development of System Safety
1.6 Evolution of System Safety Principles
2.0 SYSTEM SAFETY POLICY AND PROCESS
2.1 DoD Directives
2.2 USAF Policy
2.3 Designing for Safety
2.4 System Safety Process
2.5 The Acquisition Cycle
2.6 System Safety in the Acquisition Cycle
3.0 RISK ASSESSMENT
3.1 Definitions
3.2 Types of Risks
3.3 System Safety Order of Precedence
3.4 Mishap Severity Categories and Probabilities
3.5 Mishap Risk Assessment
3.6 Risk Acceptance
3.7 Residual Risk
4.0 SYSTEM SAFETY PROGRAM
4.1 System Safety Program Objectives and Requirements
4.2 Program Balance
4.3 Safety Interfaces
4.4 Program Interfaces
4.5 Tailoring
4.6 Tailoring Checklists
4.7...
July 13, 2010
Automorphic Forms, Representation, and L-functions
File : pdf, 25 MB, 322 pages
CONTENTS
I Reductive groups, Representations
Reductive groups
Reductive groups over local fields
Representation of reductive Lie groups
Representations of GL2(R) and GL2(C)
Normalizing factors, tempered representation, an L-groups
Orbital integrals for GL2(R)
Representations of -adic groups: A survey
Cuspidal unramified series for central simple algebras over local fields
Some remarks on the supercuspidal representatinos of p-adic semisimple groups
II Automorphic forms and representations
Decomposition of representation into tensor products
Classical and adelic automorphic forms. An introduction
Automorphic forms and automorphic representation
On the notion of an automorphic representation.
Multiplicity one theorems
Forms of GL(2) from the analytic point of vies
Einstein series and the trace formula
0-series and invariant theory
Examlples of dual reductive...
July 10, 2010
Pressure Relief Valve – Engineering Handbook
File : pdf, 95 pages
TOC
1 Introduction to Crosby Engineering Handbook
2 Fundamentals of Pressure Relief Valve Design
3 Terminology
4 Codes and Standards - Summary
5 Valve Sizing and Selection - U.S.C.S.* Units
6 Valve Sizing and Selection - Metric Units
7 Engineering Support Information
Appendix ASME Section VIII, Division 1, 1992 Edition Exerpts
Other
Information Ordering Information
Pressure Relief Valve Specification Sheet
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July 8, 2010
Physics Formulary
File : pdf, 372 KB, 106 pages
TOC
1. Mechanics
Point-kinetics in a fixed coordinate system
Relative motion
Point-dynamics in a fixed coordinate system
Point-dynamics in a moving coordinate system
Dynamics of masspoint collections
Dynamics of rigid bodies
Moment of Inertia
Principal axes
Time dependence
Variational Calculus, Hamilton and Lagrange mechanics
2. Electricity & Magnetism
The Maxwell equations
Force and potential
Gauge transformations
Energy of the electromagnetic field
Electromagnetic waves
Multipoles
Electric currents
Depolarizing field
Mixtures of materials
3. Relativity
Special Relativity
General Relativity
4. Oscillations
5. Waves
6. Optics
The bending of light
Paraxial geometrical optics
Matrix methods
Aberrations
Reflection and transmission
Polarization
Prisms and dispersion
Diffraction
Special optical effects
The Fabry-Perot interferometer
7. Statistical physics
Degrees of freedom
The energy distribution function
Pressure on a wall
The equation of state
Collisions between molecules
8. Thermodynamics
Mathematical introduction
Definitions
Thermal heat capacity
The laws of thermodynamics
State functions and...
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