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 (English 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.

Important Notice to European Union Buyers: Due to changes in international law, we no longer accept purchases from any individuals located within an EU country.  However, businesses located within the EU are allowed to make purchases, provided that they make the VAT payments for any imported items purchased electronically.  These EU businesses must specify their VAT number in the memo section on the Paypal payment pages.  These changes are effective as of July 1, 2008, and were modified for EU businesses on April 9, 2010.  

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

Customer Comments Regarding this Template: Go to feedback page, click here.

Sample: A sample document is shown below.