This work proposes a multi-objective extension of a real-world inventory routing problem (IRP), a generalisation of the classical vehicle routing problem (VRP) with vendor managed inventory (VMI) replenishment. While many mathematical formulations and solution models already exist, this study incorporates business related and risk considerations that makes it unique. It is known that a significant volume of hazardous materials travels every day. Consideration of risks arising from the transportation of hazardous materials as a criterion for selecting distribution routes could potentially reduce the likelihood of accidents and/or the expected consequences of accident
Consideration of risk as a criterion for selecting hazardous materials distribution routes contribut...
Solving the Vehicle Routing Problem (VRP) is a key to efficiency in transportation and supply chain ...
Inventory routing problem is a mathematical method of operations research, consisting of two basic m...
The paper analyses a practical case of study related to the distribution of fuels for the Total Erg ...
International audienceIn this study, we address an Inventory Routing Problem for hazardous and deter...
The distribution of hazardous materials in urban areas is an important tactical and strategic decisi...
This paper examines the systemwide routing, of hazardous materials as a means of reducing the threat...
Any potential damage may be severe once an accident occurs involving hazardous materials. It is ther...
International audienceInventory Routing Problem (IRP) for perishable products is one of the complex ...
This article studies the cash distribution problem for bank correspondents that are geographically d...
The main objective of this thesis is to study the hazardous materials (HazMat) transportation proble...
Hazardous materials transportation should consider risk equity and transportation risk and cost. In ...
Regarding the significance and role of fuel materials in growth of industries, and considering the p...
The critical role of supply chain security for businesses and government agencies has resulted in si...
Vendor managed inventory (VMI) is an example of effective cooperation and partnering practices betwe...
Consideration of risk as a criterion for selecting hazardous materials distribution routes contribut...
Solving the Vehicle Routing Problem (VRP) is a key to efficiency in transportation and supply chain ...
Inventory routing problem is a mathematical method of operations research, consisting of two basic m...
The paper analyses a practical case of study related to the distribution of fuels for the Total Erg ...
International audienceIn this study, we address an Inventory Routing Problem for hazardous and deter...
The distribution of hazardous materials in urban areas is an important tactical and strategic decisi...
This paper examines the systemwide routing, of hazardous materials as a means of reducing the threat...
Any potential damage may be severe once an accident occurs involving hazardous materials. It is ther...
International audienceInventory Routing Problem (IRP) for perishable products is one of the complex ...
This article studies the cash distribution problem for bank correspondents that are geographically d...
The main objective of this thesis is to study the hazardous materials (HazMat) transportation proble...
Hazardous materials transportation should consider risk equity and transportation risk and cost. In ...
Regarding the significance and role of fuel materials in growth of industries, and considering the p...
The critical role of supply chain security for businesses and government agencies has resulted in si...
Vendor managed inventory (VMI) is an example of effective cooperation and partnering practices betwe...
Consideration of risk as a criterion for selecting hazardous materials distribution routes contribut...
Solving the Vehicle Routing Problem (VRP) is a key to efficiency in transportation and supply chain ...
Inventory routing problem is a mathematical method of operations research, consisting of two basic m...