Engineering References

Physics

Unit Systems (DOE Fundamentals Handbook)
Vectors (DOE Fundamentals Handbook)
Force and Motion (DOE Fundamentals Handbook)
Application of Newton's Laws (DOE Fundamentals Handbook)
Energy, Work, and Power (DOE Fundamentals Handbook)

Materials

Structure of Metals (DOE Fundamentals Handbook)
Properties of Metals (DOE Fundamentals Handbook)
Material Selection (DOE Fundamentals Handbook)
Coefficient of Friction

Structural Mechanics

Beams

Simple Beam Bending (Air Force Stress Manual)
Shear Web Beam Bending (Air Force Stress Manual)
Partial Tension Beam Bending (Air Force Stress Manual)
Beam Forces & Moments (Air Force Stress Manual)
Beam Columns (Air Force Stress Manual)
Beam Torsion (Air Force Stress Manual)

Columns

Analysis of Simple Columns (Air Force Stress Manual)
Column Data (Air Force Stress Manual)
Constants for Straight Line Equation (Air Force Stress Manual)
Crippling of Columns (Air Force Stress Manual)
Analysis of Complex Columns (Air Force Stress Manual)

Bars

Bar Analysis (Air Force Stress Manual)
Cyclic Tensile Loading of Bars (Air Force Stress Manual)

Frames & Rings

Frames and Rings (Air Force Stress Manual)
Formulas for Simple Frames (Air Force Stress Manual)
Circular Rings & Arches (Air Force Stress Manual)

Bolted Joints

Fastener Design Criteria (NASA Fastener Design Manual)
Fastener Torque (NASA Fastener Design Manual)
Fastener Preload (MIL-HDBK-60)
Loads on Fastener Groups (NASA Fastener Design Manual)
Preloaded Joint Methodology (NASA Preloaded Joint Methodology)
Fatigue Resistant Bolts (NASA Fastener Design Manual)
Rivets and Lockbolts (NASA Fastener Design Manual)

Lugs

Lug Analysis (Air Force Stress Manual)
Lug Fatigue Analysis (Air Force Stress Manual)

Plates

Analysis of Plates in Axial Compression (Air Force Stress Manual)
Analysis of Plates in Bending (Air Force Stress Manual)
Shear Buckling of Flat Plates (Air Force Stress Manual)
Analysis of Curved Plates (Air Force Stress Manual)
Analysis of Plates - Special Topics (Air Force Stress Manual)

Pressure Vessels

Simple Thin Pressure Vessels (Air Force Stress Manual)
Stiffened Thin Pressure Vessels (Air Force Stress Manual)
Thick Pressure Vessels (Air Force Stress Manual)
Anisotropic Pressure Vessels (Air Force Stress Manual)

Miscellaneous

Trusses (Air Force Stress Manual)
Membranes (Air Force Stress Manual)
Shaft Analysis (Air Force Stress Manual)
Bearing Stresses (Contact Stresses) (Air Force Stress Manual)
Thermal Stress (DOE Fundamentals Handbook)

Failure Mechanisms

Fatigue

Cyclic Tensile Loading of Bars (Air Force Stress Manual)
Fatigue Resistant Bolts (NASA Fastener Design Manual)
Lug Fatigue Analysis (Air Force Stress Manual)

Fracture Mechanics

Brittle Fracture (DOE Fundamentals Handbook)
Introduction to Fracture Mechanics (DSTO-GD-0103)
Fracture Mechanics Fundamentals (DSTO-GD-0103)
Energy Concepts for Crack Growth (DSTO-GD-0103)
Stress Intensity Factor (DSTO-GD-0103)
Plastic Yielding at Crack Tip (DSTO-GD-0103)
Fracture Criteria (DSTO-GD-0103)
Fatigue Crack Growth (DSTO-GD-0103)

Machine Design

Helical Springs (Air Force Stress Manual)

Fluid Flow

Continuity Equation (DOE Fundamentals Handbook)
Laminar and Turbulent Flow (DOE Fundamentals Handbook)
Bernoulli's Equation (DOE Fundamentals Handbook)
Head Loss (DOE Fundamentals Handbook)
Natural Circulation (DOE Fundamentals Handbook)
Two-Phase Fluid Flow (DOE Fundamentals Handbook)
Centrifugal Pumps (DOE Fundamentals Handbook)

Hydraulic Systems

Pumps (DOE Fundamentals Handbook)
Valves (DOE Fundamentals Handbook)

Heat Transfer

Heat Transfer Terminology (DOE Fundamentals Handbook)
Conduction Heat Transfer (DOE Fundamentals Handbook)
Convection Heat Transfer (DOE Fundamentals Handbook)
Radiant Heat Transfer (DOE Fundamentals Handbook)
Heat Exchangers (DOE Fundamentals Handbook)
Boiling Heat Transfer (DOE Fundamentals Handbook)
Heat Generation (DOE Fundamentals Handbook)
Decay Heat (DOE Fundamentals Handbook)