Keyphrases
Supply Sources
100%
Reverse Logistics Network Design
100%
Stochastic Optimization Model
100%
Two-stage Stochastic Optimization
100%
Source Separation
66%
Collection Center
66%
Demolition
66%
Canada
33%
Selling
33%
Sensitivity Analysis
33%
Stochastic Model
33%
Secondary Market
33%
Expected Profit
33%
Recycled Materials
33%
Recycling Rate
33%
Design Uncertainty
33%
Dynamic Power Supply
33%
Sample Average Approximation
33%
Uncertainty Sources
33%
Optimization Model
33%
Productivity Level
33%
Landfill
33%
Network Performance
33%
Province of Québec
33%
Two-stage Stochastic Programming
33%
Uncertainty Levels
33%
Source Location
33%
Random Parameters
33%
Approximation Procedure
33%
Urban Zones
33%
Rural Zones
33%
Average Profit
33%
High-density Urban Area
33%
Recyclable Materials
33%
Building Demolition Waste
33%
Managerial Implications
33%
Engineering
Logistics Network
100%
Reverse Logistics
100%
Source Separation
66%
Programming Model
33%
Recycled Material
33%
Building Material
33%
Recycling Rate
33%
Stochastic Model
33%
Optimal Value
33%
Earth and Planetary Sciences
Network Design
100%
Reverse Logistics
100%
State of the Art
33%
Canada
33%
Quebec
33%
Recycled Material
33%
Social Sciences
Stochastics
100%
Optimization Model
100%
Canada
25%
Quebec
25%
Primary Source
25%
Building Material
25%