By: Clarence Fragoso and Jonathan Lopez

Slides:



Advertisements
Similar presentations
Space and shell structures
Advertisements

Concrete Fooring & Roofing System
Concrete Construction Part 1
Introduction to Prestressing CE 572 Purdue University School of Civil Engineering Julio Ramirez.
Bridge Engineering (6) Superstructure – Concrete Bridges
Structural System Overview
Commercial Framing C D Prints Unit 13.
Portland Cement and Concrete
Pre-stressed Steel System Post Tensioned Slab Case Study: K- Financial Tower.
By: “The Slackers” Danny Efland Maria Cuellar Joel Irvine.
Fundamentals of Building Construction, Materials & Methods, 5 th Edition Copyright © 2009 J. Iano. All rights reserved. Plant-Cast Precast Concrete Concrete.
Structural Components
ENG-1010 Lecture 16 Bridge Design.
Reinforced Concrete Flexural Members
Chapter 34 Bridge Construction.
2E8 Materials (Civil Engineering Component) Civil Engineering Materials Department of Civil, Structural and Environmental Engineering Trinity College Dublin.
CTC 422 Design of Steel Structures
Site Cast Concrete slab and beam
CE7005 Prestressed Concrete
Floor Systems and Foundation Support
RETAINING WALLS.
EXAMPLE 9.3 – Part III PCI Bridge Design Manual
Concrete Construction
Stresses Found In Structural Members. Forces Acting Simply Supported Beam 1.Bending.
BEAMS,COLUMS AND LINTELS
BRIDGE DESIGN SAIF HAROON BY Post-Doctoral Research Associate
The ground must push up as hard as the building pushes down
The Hashemite university Faculty of Engineering Civil Engineering department Construction Project Management Crew Balance Chart Prepared By : Nedal M Aqel.
Note: Moment Diagram Convention
Introduction Advantages Dis-advantages Methods of Pre-stressing Mix Design Curing Laboratory Test Visit Report.
Frank Burke Structural Option Sallie Mae HQ Reston, VA.
Villanova University Dept. of Civil & Environmental Engineering CEE 8414 – Structural Dynamics Northridge Earthquake 1 Northridge Earthquake - Concrete.
WORKSHEET 3 Material Behaviour
Concrete Construction I Chapter 19. Mehta, Scarborough, and Armpriest : Building Construction: Principles, Materials, and Systems © 2008 Pearson Education,
Bridge Building.
Umm Al-Qura University Department of Civil & Structural Engineering 1 Design of reinforced concrete II Design of one-way solid slabs Lecture (1)
George Read Hall The University of Delaware
© 2010 Delmar, Cengage Learning Instructor Resources for Lesson C Material Basics.
Choose a category. You will be given the answer. You must give the correct question. Click to begin.
TOPICS COVERED Building Configuration Response of Concrete Buildings
Chapter 32 Floor Systems and Foundation Support. 2 Links for Chapter 32 Slab Construction Reinforcing Concrete Crawl Spaces.
Prestressed concrete is a method for overcoming concrete's
Nick Szakelyhidi Structural Option Office Building Washington, DC Nick Szakelyhidi Structural Option.
AMERICAN EAGLE OUTFITTERS Quantum II Corporate Headquarters Michael Sandretto Spring – 2007 Structural Option.
+ Sill and Floor Construction Vocabulary. + Anchor Bolt A threaded rod inserted in masonry construction to anchor the sill plate to the foundation.
Day 20 PRECAST AND PRE-STRESSED CONCRETE Pre Cast concrete comprise units that are made under controlled conditions, with necessary preparations for.
Prestressed Concrete I.  *Unfavorable effects induced from the presence of cracking in reinforced concrete: To expose the reinforcement to corrosion;
Chapter 23: Structural Drafting
BEAMS: Beams are structural members that can carry transverse loads which produce bending moments & shear force. Girders: Main load carrying members into.
Chagrin Highlands Building One Beechwood, Ohio Branden J. Ellenberger - Structural Option Senior Thesis 2004.
Floor Systems and Foundation Support
Engineering Technical English
Commercial Floor Systems
Introduction to Bridge INspection
Visit for more Learning Resources
Advisor: Professor M. Kevin Parfitt
PRESTRESSED CONCRETE STRUCTURES ASSISTANT PROFESSOR(Sr.Gr)
Cast in Place 2 way Flat slabs Basically joists in both directions
Arch205 Material and building construction 1 floor & Roof systems
How to Handle the Stress part 1
Ryan Johnson - Structural Option
RCC UNIT-12 Prestressed Concrete
Structure II Course Code: ARCH 209 Dr. Aeid A. Abdulrazeg
Commercial Floor Systems
Commercial Floor Systems
2.2 STRUCTURAL ELEMENT Reinforced Concrete Slabs
Masonry Bearing Walls.
5. HEAVY TIMBER FRAME CONSTRUCTION
Engineering Technology Program
How do architects determine the number of beams needed?
Presentation transcript:

By: Clarence Fragoso and Jonathan Lopez Single Tee By: Clarence Fragoso and Jonathan Lopez

How it is Utilized It supports the main building keeping it balanced and standing upright at a sturdy position. Keeps the floor/building intact.

Common price Single tees usually cost around $8 per square foot But on very small projects they can go for $12 to $15 per square foot

Common Weight Single tees usually depend on the size of the building of how big they are but can very from 770plf to 300plf.

Who need to know about these topics The people that are required to know about the single tee slabs are architects and civil engineers. They need to know how big they are and how much they weigh in order for them to put them in the correct place.

Purpose for material Single tee slabs can be used for most applications requiring a long span floor or roof system depending on required load carrying capability. Single tee slabs are resistant to moisture and corrosion. Parking garages, office buildings, commercial buildings, factories, industrial buildings, etc., are all ideal applications

Provide sample of construction work with these systems Bridges, floor decks, and roofs all contain the single tee presence. All require this in order for the building to stay standing https://www.youtube.com/watch?v=MhdR4C2CCos

Sources

By: Clarence fragoso and Jonathan Lopez Pre-tensioning By: Clarence fragoso and Jonathan Lopez

What is pre-tensioning? A method for concrete to overcome its weakness, which is tension. This method can be applied to beams, floor or bridges with a longer span than is practical with ordinary reinforced concrete.

How is it utilized? The tendons are tensioned against some abutments then put into put in concrete resists it from going back to normal size and is done usually with precast for it to be stronger and wont crack or break easily. This helps the concrete for buildings walls and floor that will be dealing lots of damage.

Pre-tensioning common cost? Prestressed concrete: cost per linear foot. 10” x 30” $100 12” x 30” $125 Steel: cost per square foot Permanent Cantilever Wall $27 Temporary Cantilever Wall $16

Purpose of material? The purpose of pre-tensioning the tendons for the precast is for the concrete to become stronger and deal more damage: this allows for the walls and floors to carry more weight

Common length and weight? residential post-tensioned concrete slab will typically be 8 inches thick and use 3000 psi concrete. Once the concrete has gained strength to 2000 psi, typically within the 3 to 10 days recommended by PTI, the tendons are stressed. Tendons today are seven high-strength steel wires wound together and placed inside a plastic duct. At each end a PT anchor is located and these are located in pockets embedded into the slab edge. When the strands are stressed, the wires will stretch—about 4 inches for a 50 foot strand—to apply 33,000 pounds of load

Who needs to know about this process ? If you are studying to be a construction worker or civil engineer you ned to know the process of pre-tensioning. The owners of the building are also people who need to know what pre-tensioning is

Sample of construction work? https://www.youtube.com/watch?v=wukFMCir0NY

sources https://www.youtube.com/watch?v=wukFMCir0NY https://www.google.com/search?q=pretensioning&rlz=1C1GGRV_enUS76 2US762&source=lnms&tbm=isch&sa=X&ved=0ahUKEwix1Ym8q6DWAh UqxVQKHcn6Bb4Q_AUICygC&biw=1920&bih=970#imgrc=_ https://www.slideshare.net/rajeshbburde/prestressed-concrete-36691505 https://en.wikipedia.org/wiki/Prestressed_concrete