To date, there is no standard Verification and Validation (V&V) protocol for the evaluation of evacuation model predictions. This paper is intended to open a discussion on the main issues associated with the definition of a standard procedure for the V&V of building fire evacuation models. Examples of such issues are discussed, namely 1) the definition of tests able to investigate the capability of evacuation models of representing emergent behaviours, 2) a discussion on the methods employed to study the uncertainty caused by the use of distributions or stochastic variables in evacuation modelling, 3) the definition of the acceptance criteria of a standard V&V protocol
Evacuation models used in fire safety engineering have largely expanded their capabilities over the ...
The public buildings increased significantly with the economy's growth and the population's advancem...
In New Zealand, a new method of specific design, Verification Method 2 (C/VM2) has been proposed to ...
To date, there is no International standard on procedures and tests to assess the verification and v...
To date there is no International standard on the verification and validation (V&V) of building fire...
AbstractIn November 2013, Technical Note 1822: The Process of Verification and Validation of Buildin...
The definition of Validation and Verification (V&V) tests for analysing evacuation model capabilitie...
Nowadays, many evacuation models exist in the market, and new models are continuously released with ...
Evacuation models can adopt different approaches for the simulation of human behaviour in fire. This...
Current evacuation models have been found to have limitations either in the scope of their simulatio...
Both experimental and simulation data on fire evacuation are influenced by a component of uncertaint...
During the whole evacuation modelling process, there are uncertainties in every task. To date, scarc...
Too often, validation of computer models is considered as a "once and forget" task. In this paper a ...
The primary component of a performance-based fire safety analysis is the prediction of evacuee movem...
This paper introduces a protocol for the verification of multi-physics wildfire evacuation models, i...
Evacuation models used in fire safety engineering have largely expanded their capabilities over the ...
The public buildings increased significantly with the economy's growth and the population's advancem...
In New Zealand, a new method of specific design, Verification Method 2 (C/VM2) has been proposed to ...
To date, there is no International standard on procedures and tests to assess the verification and v...
To date there is no International standard on the verification and validation (V&V) of building fire...
AbstractIn November 2013, Technical Note 1822: The Process of Verification and Validation of Buildin...
The definition of Validation and Verification (V&V) tests for analysing evacuation model capabilitie...
Nowadays, many evacuation models exist in the market, and new models are continuously released with ...
Evacuation models can adopt different approaches for the simulation of human behaviour in fire. This...
Current evacuation models have been found to have limitations either in the scope of their simulatio...
Both experimental and simulation data on fire evacuation are influenced by a component of uncertaint...
During the whole evacuation modelling process, there are uncertainties in every task. To date, scarc...
Too often, validation of computer models is considered as a "once and forget" task. In this paper a ...
The primary component of a performance-based fire safety analysis is the prediction of evacuee movem...
This paper introduces a protocol for the verification of multi-physics wildfire evacuation models, i...
Evacuation models used in fire safety engineering have largely expanded their capabilities over the ...
The public buildings increased significantly with the economy's growth and the population's advancem...
In New Zealand, a new method of specific design, Verification Method 2 (C/VM2) has been proposed to ...