ICRM-CAT Singapore Earthquake
- Organisation
- NTU Institute of Catastrophe Risk Management
- Model Name
- ICRM-CAT Singapore Earthquake
- Primary Hazard
- Earthquake
-
Country
-
Singapore
- License
- Freely available to insurance industry and service providers in Singapore - non-commercial use only
- Version
- -
- Info URL
- http://icrm.ntu.edu.sg/Research/Documents/Research%20Projects/Singapore%20Earthquake.pdf
- Mathematical model
-
Probabilistic and Deterministic
- First Release
- 2015
- Last Release
- -
- Actively Used In Sector
-
- Secondary Hazard
- -
-
Financial module
(i.e. insurance
policy conditions)
Financial module (i.e. insurance policy conditions)
- Included
- Abstract
- ICRM-CAT is a NatCat risk modeling platform introduced by ICRM in July 2015. It consists of two cat risk models developed by ICRM under funding by the Monetary Authority of Singapore (MAS), specifically a Jakarta flood risk (JKT FL) and a Singapore Earthquake (SIN EQ) risk assessment model. The models quantify the relevant hazards, assess the exposures and vulnerabilities from inputs provided by end-users, and compute the relevant loss risk metrics. This platform utilizes only open-source software components, specifically GIS, relational database and display/report generation components. Users can use the models by providing necessary exposure inputs and can visualize model outputs via map overlays, tables, charts and reports. An ICRM-CAT Users’ Manual is further provided to facilitate ready use. ICRM-CAT is currently available to
industry users for non-commercial use.
- Model Components
-
- Default vulnerability functions (for multiple exposure types)
- Included exposure data
- Included hazard model(s)
- Included hazard scenario(s)
- Included Digital Elevation/Terrain Model
- Annual Average Loss (AAL)
- Occurrence Exceedance Probabilities (OEP)
- Aggregate Exceedance Probabilities (AEP)
-
Spatial Resolution
Hazard
Spatial Resolution Hazard
-
Uniform Resolution Grid (101 m to 1000 m cell size)
-
Spatial Resolution
Exposure
Spatial Resolution Exposure
-
- Coordinate (lat./long.)
- Postcode
- Event Catalogue
- 36 subduction events, 27 strike-slip events, and 10 events in the deformation zone closest to Singapore
- Vulnerability Modifiers
- Based on detailed building specific information.
- Primary Modifiers
-
- Height or number of storeys
- Main construction type or material
- Occupancy Type (e.g., residential, commercial)
- Loss Amplification
-
-
Uncertainty
Accounted For
Uncertainty Accounted For
-
- Comments
- Several ground motion models for all sources used to model ground motions on rock in Singapore to capture ground motion uncertainty and propagate it to loss level..
Limited event set contributes to probabilistic analysis
- Exposure Types
-
- Commercial Building
- Industrial Building
- Residential Building
- Residential Contents
- Commercial Contents
- Industrial Contents
- Supported platform
- -
- Platform details
- RMSI’s Safire Platform,
-
Application Cloud
Hosting
Application Cloud Hosting
- Local
- Client Requirements
-
Windows
-
Client Requirements
RAM/CPU
Client Requirements RAM/CPU
- 7.4G/Intel core i3 2.3 GHz
- Browser Version
- -
- Name
- Executive Director, Institute of Catastrophe Risk Management
-
Email Address /
Contact Details
Email Address / Contact Details
- ExecDir-ICRM@ntu.edu.sg
- Telephone
- +65 - 6592 1866
-
Supporting
Documentation
Supporting Documentation
-
-
- Services abstract
- -
- Services downloads
-
-
