Table 22-3. Recommended Sizes for Lightweight
Danforth Anchors
Table 22-4. CQR Anchor Dimensions (use with
Figure 22-13)
Table 22-5. Delta Anchor Dimensions (use with
Figure 22-14)
Table 22-6. Bruce Anchor Dimensions (use with
Figure 22-15)
Table 22-7. Recommended Anchors for Inshore
and Cruising Boats of Various Sizes
Table 22-8. HMS Victory’s Standard Anchor
Complement
Table 23-1. Grade 30—“Proof Coil” Chain
Specifications
Table 23-2. BBB Chain Specifications
Table 23-3. Grade 40 or 43—“High Test” Chain
Specifications
Table 23-4. ACCO 316 Stainless Chain
Specifications
Table 23-5. Galvanized Screw-Pin Anchor “Bow”
Shackle Specifications
Table 23-6.Galvanized Screw-Pin Chain or “D”
Shackle Specifications
Table 23-7. Stainless Anchor “Bow” Shackle
Specifications
Table 23-8. Galvanized Jaw-Eye Chain Swivel
Table 23-9. Stainless Anchor Swivel
Table 23-10. Ultra Swivel Specifications—
Stainless Steel
Table 23-11. Three-Strand Nylon Rope
Table 23-12. Double-Braid Nylon Rope
Table 23-13. Yale Brait Nylon Rope
Table 23-14. 7 × 19 316 Stainless Wire Rope
Table 24-1. ABYC H40 Table 1—Design Loads for
Sizing Deck Hardware
Table 24-2. ABYC H40 Table AP-1—Working Load
Limit for Anchor Rodes
Table 24-3. Wire Gauges/Wire Size—AWG and
Metric
Formula 1-1.Minimum Prop Diameter as a
Function of Blade Area
Formula 1-2. Shaft Diameter
Formula 1-3. Maximum Shaft-Bearing Spacing
(approximate)
Formula 1-4. Maximum Shaft-Bearing Spacing
(precise)
Formula 1-5. Natural Whirling Frequency of a
Propeller Shaft
Formula 2-1a. Required Section Modules for
Silicon Bronze I-Struts
Formula 2-1b. Required Section Modules for
Silicon Bronze V-Struts
Formula 2-1c. Required Strut Thickness for
Silicon Bronze Strut with Half-Oval Section
Formula 2-2a. Strut Length (Any Section) at Hull
Bottom
Formula 2-2b. Strut Length (Any Section) at Boss
Formula 2-3a. For a Rectangular Section with
Rounded Ends
Formula 2-3b. For an NACA 16-Series Foil
Section
Formula 2-3c. For the Flat Half-Oval Section with
Rounded Ends
Formula 3-1. Thrust Loads
Formula 4-1a.Cross-Section Area in English
Units
Formula 4-1b.Cross-Section Area in Metric Units
Formula 6-1. Fuel Consumption
Formula 6-2. Prismoidal Formula
Formula 6-3. Stability
Formula 6-4. Effective GM, or Metacentric Height
Formula 6-5a.Moment of Inertia of a Rectangular
Plane Area (English)
Formula 6-5b.Moment of Inertia of a Rectangular
Plane Area (Metric)
Formula 7-1. Water Volumes for Adequate Cooling
Formula 7-2. Volume in Canisters or Exhaust Lift
Lines
Formula 7-3. Standard Minimum Diameter for a
Waterlift Muffler with 3-inch (75 mm) Inlet
Formula 8-1. Circumference of a Circle
Formula 8-2. Converting Btu to hp or kW
Formula 8-3. Most Likely Water Flow (MLWF)
Formula 8-4. Flow Velocity (FV)
Formula 10-1. Aspect Ratio
Formula 10-2. Rudder Area for Displacement and
Semidisplacement Powerboats
Formula 10-3. Rudder Area for Planing Power-
boats
Formula 10-4. Rudder-Blade Thickness
Formula 10-5. FRP Rudder Shell Thickness for
Standard Fiberglass Polyester Laminates
Formula 11-1. Precise Water Force on Rudder
Formula 11-2. Standard Calculation of Water
Force on Rudder
Formula 11-3. Combined Twisting and Bending
Moment (CM)
Formula 11-4. Diameter of Solid Rudder Stock
Formula 11-5. Weight per Lineal Foot of Selected
Stock
Formula 11-6.Section Modulus of Required Solid
Stock
Formula 11-7. Load on Rudder Bearings
Formula 11-8.Rudder-Bearing Clearance
Formula 11-9.UHMWPE Rudder-Port Allowance
Thickness
Formula 12-1.Wheel Radius
Formula 12-2. Number of Turns Lock-to-Lock
Formula 12-3. Two-Pin-End-Column Moment of
Inertia
Formula 12-4. Moment of Inertia for a Hollow,
Round Section
Formula 12-5. Power for Power Steering
Formula 14-1.Required Airflow
Formula 14-2.Rod Stephens’ Vent RulexvLists of Figures, Tables, and Formula