The Royal Plaza Hotel Collapse. Background on Collapse  Collapsed Friday 13 th August 1993 at 10:10 a.m.  The collapse took less than 10 seconds! 

Slides:



Advertisements
Similar presentations
Case Study: Minneapolis Bridge Failure
Advertisements

2.2 STRUCTURAL ELEMENT BEAM
An-Najah National University
Lecture 9 - Flexure June 20, 2003 CVEN 444.
MNM Fatal Falling Material Accident Falling Material Accident August 17, 2012 (Florida) August 17, 2012 (Florida) Victim Recovered September 4,
1 Sikandar Iqbal Graduate Trainee Engineer Civil Engineering Township Comparison & Analysis of Township Buildings.
P A U L S E N A R C H I T E C T S Structural Engineer P A U L S E N A R C H I T E C T S A vision for the future. Experience that equals success. Bold designs.
Failure Case Study of Construction at a Solid Waste Site K. Madhavan, Ph.D., P.E., Dept. of Civil & Env. Engineering Christian Brothers University Memphis,
The Hyatt Regency walkway collapse
“It’s All Fun and Games Until the Parking Garage Collapses” CASE STUDY: 2003 Tropicana Casino Parking Garage Collapse.
Mechanics of materials ** progressive collapse **  The term progressive collapse is defined as the collapse of all or a.
CEA UNIT 3 TERMS & DEFINITIONS. BEAM A structural member, usually horizontal, that carries a load that is applied transverse to its length.
The Kansas City Hyatt Regency Walkway Collapse “The Worst Structural Disaster In the United States”
Chp.12 Cont. – Examples to design Footings
. Condition Assessment of Railway Bridges Condition Assessment of Railway Bridges.
What is safe building? Life of a reinforced building lasts 50 to 100 years or longer; Safe building means it will not collapse during span of life; A.
Structural Reliability Analysis – Basics
ENGR 220 Section
Exceptional Loadings / Robustness June 14, 2002 Volos A.M. (Nol) Gresnigt Delft University of Technology The Netherlands.
Office of Research and Engineering Finite Element Analysis Carl R. Schultheisz.
Teacher: Mark Casto Lab Assignment: Progressive Collapse of RC Structures Principal Investigator: Mehrdad Sasani.
Engineering Failures: The Leaning Tower of Pisa By Logan Foster.
Reinforced Concrete Design
BEHAVIOUR OF MATERIALS
Graduation Project Thesis  
The Construction Phase Problem Solving Problems will Develop. How problems are managed often determines the success or failure of a project.
©Teaching Resource in Design of Steel Structures IIT Madras, SERC Madras, Anna Univ., INSDAG 1 COMPOSITE FLOORS - II.
Building Fun You will have 30 minutes to build the strongest structures you can with only the materials you are provided with. Explain to the class the.
Greg Blatt Penn State Architectural Engineering Construction Management April 12, 2004.
The Quebec Bridge Failures. Design considerations History: What happened? The day of the collapse Factors contributing to the failure Conclusion The Iron.
Group 10 – Disaster Project Leaning Tower of Pisa The most successful disaster… Ever!
Ronan Point Collapse Group 1: Gareth Nolan James O’Brien Jennie Quigley Laura Woodbyrne.
L’Ambiance Collapse Group 15 David Lawlor Emma Quinn Daniel O’Sullivan Cian O’Sullivan.
Group 3 Leonard Doyle Mairead Ní Choine David Kettle Robin Linsay.
Matthew Murphy Andrew Goulding Jennifer Young Rosanna Kleemann.
The Point Pleasant Bridge Disaster The Collapse of “Silver Bridge”
L'Ambiance Plaza Collapse Bridgeport, Connecticut April 23, 1987
World Trade Centre Collapse Group 17 Valerie Scott Dan Kennedy.
Bearing Capacity from SPT and PLT
Claudia Pérez Laura Rendeiro
BEAMS: Beams are structural members that can carry transverse loads which produce bending moments & shear force. Girders: Main load carrying members into.
University of Sydney – BDes Design Studies 1A - Structures Modes of Failure Mike Rosenman 2000 Modes of Failure solids held together by bonds between their.
Kansas City Hyatt Regency Walkway Collapse By: Ian Thompson Stephen Conlon David Martin Laura Devane.
Ronan Point Collapse Group 1:John Mulhaire David Hatch David Hatch Rob Patterson Rob Patterson Robert Morgan Robert Morgan.
Leads Institute of Technology & Engineering Subject Code : Name Of Subject :Building Construction Name of Unit : Soil Foundation Topic : Bearing.
GLE/CEE 330: Soil Mechanics Introduction to Foundation Engineering
Royal Plaza Hotel, Thailand
WELCOME.
Royal Plaza Hotel Korat, Thailand
The Malahide Railway Viaduct Group 15: Harry Griffin & Carl O’Sullivan.
Hyatt Regency Hotel Kansas Collapse Group 3 John Norris Johnny Clarke Simon Jones Brían Cooney.
INTRODUCTION Due to Industrial revolution metro cities are getting very thickly populated and availability of land goes on decreasing. Due to which multistory.
Royal Plaza Hotel Collapse Thailand Group 24. Summary on Collapse Collapsed on Fri 13th August 1993 in less than 10 seconds 379 people in the Hotel were.
Bridge disasters.
Design of an integrated 5-Star Hotel
1.6 Allowable Stress Allowable Load < Failure Load
Ohio’s Research Initiative for Locals
Spread Footing Design for Columns
Wood Structures Topic 8 Quality Workmanship
ASSESSEMENT AND REHABILITATION OF STRUCTURES
Foundations in Low-Rise Construction (up to 3 floors)
STRUCTURAL FAILURES-CAUSES AND REMEDIES:
Supervisor: Dr. Mahmoud Dweikat.
Spread Footing Design for Columns
Example 3.1 A square foundation is 1.5m x 1.5m in plan. The soil supporting the foundation has a friction angle ǿ = 20o, &
Chapter 1-3 Experiment Parts.
Spread Footing Design for Columns
HYATT REGENCY HOTEL IN KANSAS CITY COLLAPSE – A CASE STUDY
Tutorial.
Presentation transcript:

The Royal Plaza Hotel Collapse

Background on Collapse  Collapsed Friday 13 th August 1993 at 10:10 a.m.  The collapse took less than 10 seconds!  379 people were buried, killing 137 and badly injuring 227.

Structural History   Originally constructed with three storey’s and an underground level.   Planning permission granted in 1985 for addition of three extra floors.   In 1990, three extra storeys were added. No foundation or columns strengthening.

An uncommon Collapse  No modifications added to the building in the previous three years.  No extreme conditions in the environment or loading applied to the building.

The Investigation  The factor of safety of the columns was almost 1.  Over designing the initial structure led to the delay in the building collapsing.  Creep deformation occurred in the columns as they were carrying dead loads of 70-80% of their strength capacity.  ‘Progressive Failure’ – the collapse of the initial columns, caused the remaining columns to fail.

Tests Conducted  Test of Concrete Strength – strength was in the range of 10 – 15 MPa with 95% reliability.  Test of Rebar – steel was found to confrom to standards.  Soil Test – the bearing capacity of the soil was sufficient to support even the expanded 6 storey building.

Remedial Measures Taken  Public Universities were ordered to review the safety of a number of buildings.  218 buildings were investigated.  Registration of engineers must be more strictly controlled.  Public buildings must carry a license which must be renewed every five years.  Design of future public buildings must be cross- checked by a third party engineer who will also be held responsible.

 Any Questions?