Proactive-reactive, robust scheduling and capacity planning of deconstruction projects under uncertaintyA project planning and decision support model is developed and applied to identify and reduce risk and uncertainty in deconstruction project planning. It allows calculating building inventories based on sensor information and construction standards and it computes robust project plans for different scenarios with multiple modes, constrained renewable resources and locations. A reactive and flexible planning element is proposed in the case of schedule infeasibility during project execution. |
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Proactive-reactive, Robust Scheduling and Capacity Planning of ... Rebekka Volk No preview available - 2020 |
Proactive-reactive, Robust Scheduling and Capacity Planning of ... Rebekka Volk No preview available - 2020 |
Common terms and phrases
absolute regret according activity durations activity set Akinci applied approach Autodesk baseline scenario baseline schedule building configurations building deconstruction building element types building information models building inventory calculated ceiling Cmax considered constraints CPLEX decision makers decon deconstruction activities deconstruction planning deconstruction project planning deconstruction strategies Demeulemeester and Herroelen deterministic element volume estimation Expected value Figure floor fuzzy Gantt chart Graphical user interface gross volume hazardous materials Herroelen 2009 Herroelen and Leus information updates KrWG lean construction Lippok and Korth locations methods mode model results MRCPSP objective value onsite optimal overview parameters potential precedence relations project cost project execution project makespan project management project scheduling recycling and disposal reinforced concrete renewable resources research contribution resource demands retrofitting risk aversion risk preferences scenario construction scheduling problem Scholl Schultmann 1998 stochastic structure 𝑡 Table techniques TEQ POWER Timber tion uncertainties walls waste