Amanote Research
Register
Sign In
Discover open access scientific publications
Search, annotate, share and cite publications
Publications by S. Achchab
Optimization of Warehousing and Transportation Costs, in a Multi-Product Multi-Level Supply Chain System, Under a Stochastic Demand
International Journal for Simulation and Multidisciplinary Design Optimization
Control
Modeling
Optimization
Simulation
Related publications
Optimization of a Multi–Product Intra-Supply Chain System With Failure in Rework
PLoS ONE
Multidisciplinary
Designing a Multi-Product Multi-Period Supply Chain Network With Reverse Logistics and Multiple Objectives Under Uncertainty
Technological and Economic Development of Economy
Finance
Optimal Supplier Number of a Supply Chain Company Under Stochastic Demand
AFRICAN JOURNAL OF BUSINESS MANAGEMENT
An Integrated Multi-Echelon Supply Chain Network Design Considering Stochastic Demand: A Genetic Algorithm Based Solution
Promet - Traffic - Traffico
Civil
Engineering
Ocean Engineering
Structural Engineering
A Hybrid Fix-And-Optimize Heuristic for Integrated Inventory-Transportation Problem in a Multi-Region Multi-Facility Supply Chain
RAIRO - Operations Research
Management Science
Computer Science Applications
Operations Research
Theoretical Computer Science
Design and Optimization of an RFID-enabled Automated Warehousing System Under Uncertainties: A Multi-Criterion Fuzzy Programming Approach
International Journal of Advanced Manufacturing Technology
Control
Systems Engineering
Industrial
Mechanical Engineering
Manufacturing Engineering
Computer Science Applications
Software
A Forest-To-Product Biomass Supply Chain in the Pacific Northwest, USA: A Multi-Product Approach
Applied Engineering in Agriculture
Optimal Multi-Product Supplier Selection Under Stochastic Demand With Service Level and Budget Constraints Using Learning Vector Quantization Neural Network
RAIRO - Operations Research
Management Science
Computer Science Applications
Operations Research
Theoretical Computer Science
Modelling a Multi-Product, Multi-Location and Multi Region Based Low Carbon Footprint Supply Chain Configuration Problem for Sanitaryware Manufacturer
International Journal of Computer Applications