FUNVUL Components
By the use of FUNVUL Components you will be able to:
- Integrate software to obtain vulnerability functions using an analytical methodology for the hazard risk assessment required by the CAPRA-GIS software.
- Obtain vulnerability functions by rigorously losses calculated using repair and replacement commercial costs. The model considers seismic hazard, demand parameters, damage states, and repair cost and times.
- Estimate integrated damages, costs and time of repair for continuous increasing values of the seismic intensity parameter.
- Consider the repair costs from all structural, non-structural, and content components in the analysis.
- Considers business interruption costs based on the probable downtime due to the repair works.
- Considers results from nonlinear multi-degree-of-freedom dynamic analysis.
- Combine all uncertainties in the seismic hazard, in demand parameters, damage states, and repair costs and times, by means of Monte Carlo simulation techniques.
Interface
Develop by
- Álvaro Hurtado
Structural Engineer Specialist of the Universidad de los Andes, Bogotá, Colombia - Luis Yamín
Associate Professor of the Universidad de los Andes, Bogotá, Colombia
Download here FUNVUL Components
FUNVUL Simplified
By the use of FUNVUL Simplified you will be able to:
- Obtain one of the input parameters for the hazard risk assessment required by the CAPRA-GIS software.
- Visualize existing vulnerability functions from a DB or existing files (*.fvu or *.txt file) for physical and human damage.
- Obtain new vulnerability functions based on a simple methodological approach. The vulnerability function could be saved into a *.fvu file.
- Compare existing and new vulnerability functions.
Interface
Develop by
- Álvaro Hurtado
Structural Engineer Specialist of the Universidad de los Andes, Bogotá, Colombia - Luis Yamín
Associate Professor of the Universidad de los Andes, Bogotá, Colombia