Economical and free Microsoft Excel, Mathsoft MathCAD & Microsoft Word templates spefically designed to save you time and money. 

Hawaii Marine Templates Banner Pics
Hawaii Marine Templates
45-302 Makalani Street,
Kaneohe, HI, USA   96744-2819

Phone (808) 291-0348 
Fax (808) 247-6443
website: www.hawaii-marine.com/templates
email: bt@hawaii-marine.com
Hawaii Marine Company - naval architecture, boat & yacht design,  marine engineering, maritime expert witness, marine photography, NAVIC 10-92 submittals, nautical systems, professional engineer, stability tests, computer aided design and drafting services Those involved with the nautical, & professional engineering sectors can benefit from these products.  Products are suitable for use by Naval Architects, Marine, Ocean, Nautical, Structural, Civil & Mechanical Engineers, Sailors, Ship, Yacht & Boat Designers, Vessel Owners & Operators, Boat Builders, Construction Contractors and others.
Home Page | Background | References | Stability Article | Trim Article | Barge Trim & Stability Article 
Composite EAM Article | Equivalent Area Method Example | Usage Terms | Privacy Policy | Tech Support
F. A. Q. | User Remarks | Resource Links | Related Links | Sail Boat Books | Nautical Books


Section Modulus for Framing (Metric Units)

Description Computes cross sectional area properties of a framing member made up of multiple components (Like a angle iron placed on a piece of plate).  Area properties from this sheet can be used to determine flexural stress, average shear stress and deflections.  The inputs may seem a bit complicated but they are really easy to obtain and are clearly explained in the template instructions.

Electronic Document Type:  Microsoft Excel spreadsheet           Cost: $20.00 US funds

Number of Pages: single sheet                        

Inputs:  

  • overall depth of framing member (for all components combined)

  • location of assumed neutral axis ANA (perpendicular to loading direction)

  • for each beam component the following is required: description, cross section dimensions, distance to centroid from ANA, radius of gyration (Option One - Area Property Tables not used)

  • for each beam component the following is required: description, cross sectional area, distance to centroid from ANA, moment of inertia about own centroid (Option Two - Area Property Tables used)

Outputs:  

  • total cross sectional area

  • distance from cross sectional area centroid to the ANA

  • moment of inertia of framing member in direction of loading

  • section modulus of framing member in direction of loading

Suggested Reading:

  • any strength of materials text 

  • Basic Ship Theory, Rawson and Tupper

  • Principles of Naval Architecture, by SNAME

Terms: Prior to purchase, read our End User License Terms.

Download Now: Click one of the following buttons to pay.  After payment you will be taken directly to the download page.

Minimum System Requirements: Windows 95/98/NT/2000/XP/Vista/Windows7/later Windows OSs including Windows 11

Sample: A sample document is shown below.