US Army Corps of Engineers BUILDING STRONG ® Ft Leonard Wood Area Office Ft Leonard Wood Area Office Water Tower Lift 18 September 2015 Dale Bleckman Resident.

Slides:



Advertisements
Similar presentations
© Columbus JACK Corp Axle Jack Model PR Columbus JACK /Regent “The Strength of Experience”
Advertisements

L 13 Fluids [2]: Statics  fluids at rest
Exploring Pressure. PRESSURE “press” = push on a surface Pressure = Force/ surface area P= F/ SA Unit: pascal (Pa) =1 N/m 2.
Applications of Integration
Forces in Fluids Fluid pressure BouyancyHydraulics Bernoulli’s Principle.
Driver Recert 2013 Topics Review of Water Supply SOG’s MAWW Main St. Tank OOS BlitzFire Deployment with Water Thief Tower Operations Foam System Review.
Base Unit Base Unit: $600 (Call for shipping price) Type: Wood Burning Sauna Stove. Material: ¼” mild steel (Stainless steel available at an additional.
Thursday, October 27 (Blue) Friday, October 28 (Gold) Today’s Agenda 1.Make sure your name is on Practice 5- 4 and it is completed! 2.Fill in planner 1.Today’s.
112 inches (in) = 1 foot (ft) 336 inches = 1 yard (yd) 55,280 feet = 1 mile (mi)
1 Math Questions. 2 Length x Width x Water Depth = cubic feet.
P-100 Tip 006 Exhaust Hose for the P100 NSN Description : The exhaust hose is a dry 4.5 in. insulated hose which is available in 10 ft.
Basic Hydraulics Pressure and Force
Term 2 science due 1/10/13 By Drew Perry.  Hydraulics are a liquid form of pneumatics  Pneumatics are when pressurized gasses are used to produce mechanical.
Elephant Ashlyn & Kaeleigh. About The Baby Baby elephants weigh about 200 pounds. They have small babies about three feet tall. They drink milk from their.
One Team Destined For Greatness US Army Corps of Engineers BUILDING STRONG ® Jeff Nelson Chief A/E Contracting Section 1 August 2013 A/E Contracting, Albuquerque.
Work = Force * Distance Work = 5 * 6 = 30 Foot Pounds.
Water Supply. Basics: Such as standing BEHIND the hydrant when you open it can save your life!
About the Burj Dubai The Burj Dubai is the tallest man made building ever built. Though, it can not hold the title until it is completely finished The.
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
International Partnership Day.  An SPMT is used for transporting massive structures that are too large or heavy for normal trucks  The SPMT consists.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Power Plant Construction and QA/QC Section 1.5– Hydroelectric Energy
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
Calculating pressure Pressure = Force / Area Example – A 1000 N person is standing on 2 feet. The area of the person’s feet is.2 m 2. What is the pressure.
Scale Drawings Taking a close look at the Statue of Liberty.
Mr. Echeverri Oceanographer Mr. Schulman Marine Biologist.
Group 10 – Disaster Project Leaning Tower of Pisa The most successful disaster… Ever!
Welcome to Daniel Painter’s Architectural Engineering Senior Thesis Presentation of Two Freedom Square April 16, 2003 Pennsylvania State University.
SHARK Ricardo Bull sharks are the most dangerous shark in the world. Bull sharks are the most dangerous shark in the world. His fin is as big as a person.
Catie and Abbi’s Weather Report. SUN How big is the sun? In the Sahara Desert the sun shines 97 percent of the possible daylight hours.
1 cup= ____ ounces 8. 1 quart= ____ pints 2 1 ton= ____ pounds 2,000.
6.5 Warm Up Warm Up Lesson Quiz Lesson Quiz Lesson Presentation Lesson Presentation Solve Absolute Value Equations.
Available Water Flow Meter Size Typical flow depending on size
Bald Eagles By Vanya Brown (P.S.things may be loud!)
Stuff that Flows L12- FLUIDS-1 liquids gases
What does “volume” mean?
Work = Force * Distance Work = 5 * 6 = 30 Foot Pounds.
Josiah Dobson Brett Nicholson Travis Befus Team 11.
Section 6.4 Work. In physics the word “work” is used to describe the work a force has done on an object to move it some distance. Work done = Force ·
L 13 Fluids [2]: Statics  fluids at rest  More on fluids.  How can a steel boat float.  A ship can float in a cup of water!  Today’s weather Today’s.
LOS ALAMOS FIRE DEPARTMENT
A surveyor is trying to measure the distance across The Little Jay River. He can’t stretch a measuring tape across it (because it is too big), so he is.
SATMathVideos.Net Water is pumped into an tank at 20 gallons per minute. The tank has a length of 10 feet and a width of 5 feet. If the tank starts empty,
Identify the Loads The Building Must Support. It is a life-or-death matter! Under the Hammurabi Code4, written nearly 5000 years ago, if an architect.
L 13 Fluids [2]: Statics  fluids at rest  More on fluids at rest  How is atmospheric pressure measured?  Today’s weather Today’s weather Today’s weather.
SBN Far Detector Building Conventional Facilities Update Steve Dixon WG3 Workshop 11 September 2014.
Work Sheet Calibration is included at the end of this presentation.
2010 Union County Water Movement Training Review Leesburg Twp. September 18, 2010.
Chapter 6 – Applications of Integration
2 pt 3 pt 4 pt 5pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2pt 3 pt 4pt 5 pt 1pt 2pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4pt 5 pt 1pt Length Weight Liquid Measures Pick.
How to use a Rain Barrel.
Solve Absolute Value Equations
Work (variable distance)
L 13 Fluids [2]: Statics  fluids at rest
Customary Units of Measurement
8-5 Applications from science
Measuring Energy and power
An alternative to storing electrical energy in batteries is storing energy in the form of hydrogen. Hydrogen cam be easily generated by electrolysis.
Problem Solving An engineer wants to use a diesel engine to run a pump that pumps 18,000 gallons of water per hour into a tank that is 65 feet above the.
Unit 9. Day 8..
AIR PRESSURE Air has pressure because gravity pulls air down on us.
Best Unit of Measurement What’s the temperature?
ARIZONA WATER COMPANY East Sedona Water Storage Facility
Section 1 (cont.) Power.
Numerical methods for engineers includes units
Numerical methods for engineers includes units
Agenda Warm-up Lesson 5 hw corrections Lesson 6: converting measures
12.1 Notes, Continued I. Power A. The rate at which work is done.
Presentation transcript:

US Army Corps of Engineers BUILDING STRONG ® Ft Leonard Wood Area Office Ft Leonard Wood Area Office Water Tower Lift 18 September 2015 Dale Bleckman Resident Engineer North Resident Office

2 BUILDING STRONG ® Agenda The Water Tower Extension What happened Options Considered The Lift Architect-Engineer Liability Questions

3 BUILDING STRONG ® What Happened 500,000 gallon water tower near vet clinic finished in late 2014 After completion it was determined that water pressure was about 14 psi too low. Research indicated that the tower was designed 33.8 feet low Error was due to surveyor software glitch Architect-Engineer accepted responsibility for the design error

4 BUILDING STRONG ® Options Considered Use pump  Additional maintenance  Additional cost Raise the tower 33.8 feet  Use a jacking system  Use cranes

5 BUILDING STRONG ® The Lift Water Tower weighed approx 225,000 pounds Three cranes used (550 ton, 450 ton, 210 ton) and 150’ man lift 13 tractor trailers required to move one of the big cranes – over 500,000 pounds of counterweights New 33.8 foot, 53,000 pound section added to extend tower from 122’ to 156’ Prep for lift started at 0530 hrs, 18 Sep 2015; tank was standing on its own by 1730 hrs same day Weather was one of the main controlling factor

6 BUILDING STRONG ® THE LIFT

7 BUILDING STRONG ® Architect Engineer Liability Design error was due to software glitch with surveyor’s program Designer accepted responsibility and re-designed tower Designer is responsible for re-construction cost but is not responsible for the additional 33.8 foot section Re-construction costs paid from project $s; AE Liability $s, if any, will go to US Treasury

8 BUILDING STRONG ® Questions