1 / 26

Multistory Office Building

Multistory Office Building. ET 494 Professor: Dr . Cris Koutsougeras Advisor: R. Edward Rode ’ Students: Michael Rebstock and Zac Venable Construction Concentration. Objective / Deliverables.

jbadillo
Télécharger la présentation

Multistory Office Building

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Multistory Office Building ET 494 Professor: Dr. CrisKoutsougeras Advisor: R. Edward Rode’ Students: Michael Rebstock and Zac Venable Construction Concentration

  2. Objective / Deliverables • The purpose of our project is to display skills learned throughout the ET curriculum specifically dealing with: • Surveying • Scheduling/Planning (Primavera) • Estimating • Engineering Calculations • Design Building using AutoCAD • Complete Load Calculations • Finalize Working Drawings • Quantity Take-Off • Complete Project Estimate • Complete Project Schedule (Primavera)

  3. Introduction • The goal is to design-build a multistory commercial office building • The building will have specific design requirements • The investigation of a LEED certified building will be analyzed

  4. Selected Location • More land for a cheaper price • Centered in an Industrial area • Close to US 190, I-12, I-55

  5. Site Layout

  6. Building Codes International Code Council 2012 • Permits • Occupancy Classification • High-Rise Buildings • Means of Egress • Accessibility • Interior Environment • Exterior Walls • Roof Assemblies and Rooftop Structures • Structural Design • Soils and Foundation • Glass and Glazing • Electrical • Mechanical Systems • Plumbing Systems • Elevators • Special Construction (Awnings/Canopies) • Concrete • Steel

  7. Building Materials • Building will be constructed using: • Steel Beams/Columns/Joists • Precast Concrete Wall Panels • Composite Metal Flooring Deck • (2nd,3rd,Roof Slab) Constructed using Autodesk Revit

  8. LEED Investigation • Precast Concrete Panels for Exterior/Interior Walls • Metal Stud Crete (MSC) • Benefits • Conventional Panels 100-140 lbs per square foot • MSC Panels 35-40 lbs per square foot • Lighter Dead Loads on Beams/Columns • Exterior Concrete/ Interior Steel in one assembly

  9. LEED Investigation • Aluminum Door Framing/Assembly • Exterior/Interior Doors • Curtain Walls • Interior Office Partitions • Benefits • Optimize Energy Performance • Recycled Content • Regional Material • Lighter than Steel which reduces loads on columns/beams

  10. Floor Plan 1st Floor

  11. Floor Plan 2nd Floor

  12. Floor Plan 3rd Floor

  13. Overview of Building

  14. Elevation of Building-North

  15. Elevation of Building-West

  16. Building Layout

  17. Design Loads • The dead loads Include the weight of the structure itself and all immovable objects • Live loads are variable loads • Rain load for this building is 10.4psf : ASCE7-2 minimum of 20psf • Floor Live Load 100psf

  18. Structural Takeoff

  19. Structural Takeoff

  20. Structural Takeoff

  21. Estimate

  22. Estimate

  23. Total Projected Cost • Site Work / Foundation: $ 299,571.89 • Structural: $ 366,690.47 • Electrical: $ 206,937.50 • Plumbing: $ 96,000.00 • Interior Components: $815,500.40 • Total Cost: $ 1,784,700.26

  24. Project Schedule

  25. Timeline

  26. Questions?

More Related