Standard Methods for Aerospace Stress Analysis

List of Figures

Figure 1.1	Stress–Strain Curve for a Typical Steel
Figure 1.2	Stress–Strain Curve for a Typical Aluminum
Figure 1.3	Stress–Strain Curve for a Typical Metallic Material
Figure 1.4	Material Grain Direction for a Typical Metallic Material
Figure 1.5	Stress–Strain Curve for typical Brittle Material (Glass, Cast Iron, and Composites)
Figure 1.6	Stress Analysis Approach
Figure 2.1	Semimonocoque Airframe Construction
Figure 2.2	Shear‐Tie and Floating Frames
Figure 2.3	The Wing Construction
Figure 2.4	Metallic Wing Spars Configurations
Figure 2.5	Metallic Truss Wing Spars Configurations
Figure 2.6	Ribs Inside the Aircraft Wings
Figure 2.7	The Vertical Stabilizer Construction
Figure 2.8	The Major Component Construction of a Helicopter
Figure 2.9	The SpaceX Dragon Cargo Craft and the Canadarm2 Robotic Arm
Figure 2.10	The Cygnus Cargo Craft from Northrop Grumman
Figure 2.11	The Lunar Module with Astronaut Edwin E. Aldrin
Figure 2.12	Centroid of an Object
Figure 2.13	The 2D State of Stress for an Inclined Angle
Figure 2.14	Mohr’s Circle
Figure 3.1	FEA Model of the Aircraft Buildup
Figure 3.2	FEA Model of the Aircraft Bay Frame for Buckling
Figure 3.3	Total Displacement at the Different Rocket Engine Layers due to Propellant Burn
Figure 3.4	Galley Mode Shapes at Its First Two Resonance Frequencies
Figure 3.5	Simulated Buckling of a Beam Member
Figure 3.6	CAD Model to FEA Model
Figure 3.7	Free‐body ...