Training Rapid Earthquake Hazard Evaluation of Buildings - BBM TRAINING AND CONSULTING

Training Terbaru

Jadwal Training 2020

Start Date

Duration

Registrasion Form

06 January 2020

1/2/3/5 Days

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06 January 2020

1/2/3/5 Days

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03 February 2020

1/2/3/5 Days

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02 March 2020

1/2/3/5 Days

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27 April 2020

1/2/3/5 Days

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18 May 2020

1/2/3/5 Days

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22 June 2020

1/2/3/5 Days

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20 July 2020

1/2/3/5 Days

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17 August 2020

1/2/3/5 Days

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14 September 2020

1/2/3/5 Days

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12 October 2020

1/2/3/5 Days

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09 November 2020

1/2/3/5 Days

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01 December 2020

1/2/3/5 Days

Registration Form Link

Training Rapid Earthquake Hazard Evaluation of Buildings

Training Rapid Earthquake Hazard Evaluation of Buildings
INTRODUCTION
The rapid earthquake hazard evaluation of existing buildings course will help participants to develop their skills to be able to properly assess earthquake damages for buildings after a major earthquake. In this course, participants will also learn about the most current methods for performing post-earthquake safety evaluations of buildings. 
 PROGRAM OBJECTIVES
  • Understanding the Visual earthquake hazard evaluation
  • Understanding the Hill-slope effect
  • Peaking ground velocity
  • Being familiar with Background and significance of earthquake evaluation,
  • Being familiar with Data requirement and quality control
  • Understanding the Cantilever extension ratio
WHO SHOULD ATTEND?
  • Managers
  • Mayors, city/county managers
  • Emergency staff 
  • Fire/police/public safety chiefs
  • All Disaster Response Personnel 
PROGRAM OUTLINE
  • Introduction
  • Visual earthquake hazard evaluation
  • Earthquake intensity scales
  • Modified Mercalli Intensity
  • Basic data
  • Story number
  • Soft story
  • Cantilever extension,
  • Visible quality
  • Weak story
  • Pounding effect
  • Hill-slope effect
  • Peak ground velocity
  • Rapid modeling fundamentals
  • Background and significance of earthquake evaluation
  • Data requirement and quality control
  • Peak ground velocity
  • Building height
  • Soft height ratio
  • Cantilever extension ratio
  • Moment of inertia
  • Column-shear area ratio
  • Frame number
  • Supervised modeling fundamentals
  • Building damage model introduction
  • Model fundamentals
  • Model inputs and outputs
  • FUKATES Software demonstration
  • Applications


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