M
Mamta Kumari
National Institute Of Technology Silchar, Banaras Hindu University, National Institute of Technology Durgapur
Research areas: Decision Sciences · Management Science and Operations Research · Supply Chain and Inventory Management · Sustainable Supply Chain Management · Optimization and Mathematical Programming
Employment
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National Institute of Technology Silchar Research Scholar
Education
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Banaras Hindu University B.Sc.
Projects & Funding
Projects & funding information is unavailable.
Publications (12)
- Mathematical Modeling on EPQ Under Imperfect Production System and Shortages with Asynchronous Rework Rate — A Grey Wolf Optimization Approach Save
- Formulation of a multi-period multi-echelon location-inventory-routing problem comparing different nature-inspired algorithms Save
- Utilizing a hybrid metaheuristic algorithm to solve capacitated vehicle routing problem Save
- Integrated optimization of inventory, replenishment, and vehicle routing for a sustainable supply chain utilizing a novel hybrid algorithm with carbon emission regulation Save
- Optimizing the Production rate of EV battery cell in an EPQ model with process-based cost method using Genetic Algorithm: A case study of NMC-622 cell Save
- A Three-Layer Imperfect Production Supply Chain Model with Green Investment Under Trade Credit and Cap-Trade Policy Save
- An Imperfect Production System for Non-instantaneous Deteriorating Goods with Preservation Technology Under Cap-and-Trade Policy Save
- Optimization of an Inventory Model with Demand Dependent on Selling Price and Stock, Nonlinear Holding Cost Along with Trade Credit Policy Save
- Optimization of an Inventory Model with Selling Price and Stock Sensitive Demand Along with Trade Credit Policy Save
- Production Inventory Model with Three Levels of Production and Demand for Deteriorating Item under Price, Stock and Advertisement Dependent Demand Save
- An EOQ model for deteriorating items analyzing retailer’s optimal strategy under trade credit and return policy with nonlinear demand and resalable returns Save
- Mathematical Modeling for an Optimal Order Inventory with Demand Dependent Selling Price, Nonlinear Stock, and Nonlinear Holding Cost Save