The objective of this Special Issue “Risk Assessment and Sustainable Disaster Management” is to elicit papers related to sustainable risk assessment and disaster management topics. There, you can run the model or download it (by clicking Model source files). Demo model: Maintenance of a Coffee Machine Open the model page in AnyLogic Cloud. Also, we will set up the turbine animation: we want the blades to stop rotating when a turbine is out of service moreover, every turbine animation. Consider the given model which has the coffeeMachine resource pool, containing the resource unit of the CoffeeMachine type. May be used to sort agents according to a certain criteria, to randomly split the agent flow, etc. Type The type of agent release trigger: Specified time the delay ends when the specified time elapses. In this phase we will define the behavior of turbines with a statechart: when and how they get out of service or get scheduled maintenance.
The agents spend zero time in SelectOutput. You can create several experiments for the same model with alternative model settings. A group of model settings is called an experiment, and experiments are displayed at the bottom of the model branch in the workspace tree. The condition may depend on the agent as well as on any external factors. Model simulation has a set of specific settings.
It aims to encourage a perspective of sustainability in dealing with disaster management. Routes the incoming agents to one of the two output ports depending on (probabilistic or deterministic) condition. Sustainable development covers environmental, social, and economic dimensions and requires a multi-disciplinary approach in order to examine, explore, and critically engage with issues and advances in these and related areas. Strategies, methods, and technologies for mitigating, preparing, responding, and recovering from various kinds of disasters (including natural and technological/man made) are needed in order to achieve the goal of sustainability and sustainable development and at the same time enhance our disaster management practices. Prevention, preparation, response, and recovery.Stakeholder modelling for sustainable DM.Human behavior for sustainable emergency management.Sustainable regulatory aspects of disaster management and IS.Disaster management services interoperability.Emergency management requirement analysis, modeling, and design.Decision modelling frameworks in DM within sustainable development.Modelling DM knowledge for sustainable development.Potential topics include (but are not limited to): Besides covering the main issues of sustainable risk assessment and disaster management, other areas covered include disaster management sustainability, sustainable risk assessment of natural or technological disasters, risk assessment of disaster management policies and regulations, disaster management governance and sustainability, general disaster management risk assessment, and other related topics.