1. Senior Project 24’x24’ structure By: Andrew LeBlanc ET-494 Fall 2013-Spring 2014 Advising by: Rudolph Rode and Byron Patterson

2. Objective  To design and construct a building in which has the following attributes:  24’x24’  Able to be multifunctional  Leave potential for future development

3. Overall vision  Self sufficient = Save $$$  Begin 10 year plan

4. Desires in Building:  Pellet Mill functional  Solar panels  OHD door  Eye wash station  Fire sprinkler system

5. Accomplishments (Fall 2013)  Research of metal structures  Osha specifications and regulations  Floor plan  Electrical plan  Foundation plan  Sewage plan  Plumbing plan  Elevations

6. Timeline cont.  Second semester:  1/6-1/12 eave strut details  1/13-1/19 cont.  1/20-1/26 sheeting details  1/27-2/2 cont.  2/3-2/9 wall details  2/10-2/16 roof framing  2/17-2/23 cont.  2/24-3/2 roof details  3/3-3/9 connection details  3/10-3/16 cont.  3/17-3/23 calculations  3/30-4/6 cont.  4/7-4/13 gather materials list  4/14-4/20 estimate  4/21-4/27 put information gathered into PowerPoint  4/28-5/4 present

7. LRFD (Load & Resistance Factor Design)  Basic Design Equation:  Ru ≤ φ Rn  Force in member ≤ resistance factor * nominal strength (force at failure)  Ru = Σ γi Qi  Force in member = Σ load factor * load effect under service load

8. Types of loads  D = Dead load  L = Live load  LR = Roof live load  S = Snow load  R = Rain load  W = Wind Load  E = Earthquake load

9. LRFD Load Combinations:  Gives the overall compression or tension in members in steel buildings:  1.4D  1.2D + 1.6L + 0.5(Lr or S or R)  1.2D + 1.6 (Lr or S or R) + (0.5L or 0.8W)  1.2D + 1.6W + 0.5L + 0.5 (Lr or S or R)  1.2D + 1.0E + 0.5L +0.2S  0.9D + (1.6W or 1.0E)

10. Codes, Specifications and Standards Building Codes  Legal documents which protect public safety.  Minimum design loads  Detailed design, construction and inspection rules for structures in general  Fire protection requirements for structural members  Most used single national building code: the International Building Code (IBC)

11. Specifications  Specifications are design guidelines and recommendations published by recognized engineering societies.  – Examples  AISC (American Institute of Steel Construction)  ACI (American Concrete Institute)  ADA ( Americans with Disabilities Act)  – Specifications, when referenced by building codes, are legal documents

12. Estimate  Gives approximation of total project  Detailed description of what particular job will cost  Usually a materials list is included with or in an estimate

13. References  http://www.eyewashdirect.com/Guardian-G1814P-Eye-Wash-Station-p/g1814p.htm (eyewash)  http://www.industrialfansdirect.com/IND-FA-EF-GP/LFI-AX08-3.html (wall vents)  http://www.maineenergysystems.com/Pellet-Storage.htm (possible pellet storage)  http://www.kirbybuildingsystems.com/pre-engineered_systems.asp?PageID=1150 (wall/roof/frame)  http://www.aisc.org/uploadedFiles/Steel_Solutions_Center/Conceptual/My_Project/Fil es/ArchitectsGuide.pdf (document with specs)  http://oasisdesign.net/greywater/stubout.htm (plumbing)  http://www.restroomdirect.com/elkay-single-water-cooler- EZS8L.aspx?gclid=COOhoIy3wboCFU9o7AodaRQAvA (water fountain)  http://archtoolbox.com/materials-systems/fire-supression/83-sprinklerspacing.html (fire sprinkler syst)  http://www.scg-grp.com/Specifications/SpecificationsErection/ ( SPECS FOR ERECTION)  http://www.whirlwindsteel.com/elements/uploads/files/Purlin_Load_Tables_small.pdf (purlin loads!!!)

14. QUESTIONS