Preliminary Design Techniques of Launch Vehicle Structures - H Stanley Greenberg For Sale

Structural Analysis Techniques for
Preliminary Design of Launch Vehicle Structures
By H. Stanley GreenbergAll the Analyses to Quickly and Accurately Size
Launch Vehicle Structures for Preliminary DesignYou will receive:A pair of books with over 800 briefing charts, Excel files with over 400 spread
sheets and set of DVDs (19 hours) from the “Structural Analysis Techniques for
Preliminary Design of Launch Vehicle Structures” Course presented to NASA’s
NESC* Academy March 2015. (See Contents)*Proprietary rights of an Aerospace Company require deletion of part of Lecture 8 and all of Lecture 9This course has been presented to Boeing, Northrop Grumman, NASA/MSFC,
NASA/LaRC and NASA/JSC (2006 to 2014)Author - H. Stanley Greenberg (MS) - 45 years experience in Aerospace Structures:
• Consultant to Kistler, Boeing, and Northrop Grumman (1996-2014)
• Offered Manager of Large Space Structures at NASA/LaRC
• Rockwell Space Systems Division (1962 to 1996)Experience: S-II Stage Studies; Modified S-II; S-II Simplification; Manager of
Proposal/Contract for Reusable Launch Vehicle Structures/TPS Development;
Directed Space Shuttle Vehicle Configuration Development; Supervisor of Orbiter
Crew Compartment Stress analysis and Testing; Mars Mission Module; Manager
of Stress/Dynamics Group in Space Station Proposal; Integrated Cryo-insulation
and TPS Trade; Large Space Structures; Solar Power System (SPS); Manager of
Development of One meter Square 10 bay automatically deployable/retractable
truss; Large Naval Deep Sea HabitatsContents:Structural Details of S-II Stage, Structural Concepts of Space Shuttle
and proposed Reusable and Expendable NASA Vehicles since 1980Derivations and Spread Sheets for:• Rigid Body Loads - tandem Vehicle such as Saturn V (corroboration with
actual Loads) - Proposed Orion CM/SM Loads and Corroboration - Center Core
w/Strap On Liquid Boosters (mimics SLS)• Sizing of Circular, Square Aluminum, and Composite columns• Sizing of Metallic Forward, Common, and Aft Tank Bulkheads (gas pressure and
hydrostatic) - Ellipsoidal, S-II (example attached), Cassinian, Ogive, Torroidal,
- weights of metallics include welds, gage tolerances, and discontinuities• Example discontinuity analysis of forward bulkhead mating with LH Tank Cylinder
including Frame • Comparison of shapes according to Weight to Volume (W/V) • Proof Test implications (flight simulation challenge with LO2)• Methods to define tbar of Stability frames• Optimum bulkhead Aspect ratio for minimum combined weight of bulkhead and
skirt (variation with requirements)• Sizing of Cylindrical Tank Walls, Intertanks, Skirts, Interstages for
Skin/Stringer/frame (Aluminum T, I, Hat and composite hat), aluminum and
Composite Honeycomb Sandwich, Isogrid, Orthogrid, and Square Waffle -
ALL Sizing analyses permit introduction of minimum gage, and depth• Sizing Analysis of Frustums - uses Saturn V Interstage of SIV to S-II as example
with comparison to actual design• Isogrid and Orthogrid use Solver and Waffle uses Goal Seek for minimum design• tbar comparison of 9 stiffened constructions across 5 values of Nx for two
Cylinder radii and for pressurized and unpressurized cylinders• Why there is hoop compression in forward ellipsoidal bulkheads of aspect ratio
below 0.707 and hoop compression in Aft bulkheads • Free body diagrams (bulkheads, Launch Vehicles, Thrust structures) TRADE STUDIES that use the above:
S-II Stage Common bulkhead (CB) trade with Separate Bulkheads (SB) - Al-Li vs
AS4 and IM7/977-2 Composites for S-II Stage - Sizing analyses of First Stage in 2
Stage Tandem vehicle - Includes Thrust Structure Design analysis and determination
of Thrust Structure Stiffness for compliance with Engine Gimbal Control System -
Highlights of TPS Trade Study (7 Candidate TPS/Cryo-insulation Systems -
blankets, ceramic tile, metallic panels)Ships Priority Mail with delivery confirmation