Vijender Yadav
Birla Institute of Technology and Science, Pilani, Indian Institute of Technology Roorkee, Maharshi Dayanand University
Research areas: Decision Sciences · Management Science and Operations Research · Supply Chain and Inventory Management · Sustainable Supply Chain Management · Optimization and Mathematical Programming
About
Hi, I am Vijender Yadav, a researcher in Operations Research and Applied Mathematics. My work focuses on Operations Research and Supply Chain Management, with a particular emphasis on inventory modeling for deteriorating items using fractional calculus, fuzzy logic, and nature-inspired optimization algorithms. My interests include sustainable operations, green supply chains, and computational optimization.
Employment
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Birla Institute of Technology and Science, Pilani Research Scholar2022 - Present
Education
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Indian Institute of Technology Roorkee Masters of Science2019 - 2021
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Maharshi Dayanand University Rohtak Bachelor of Science2015 - 2018
Projects & Funding
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International Travel Award Birla Institute of Technology and Science, Pilani
Publications (14)
- A fractional calculus approach to enhancing supply chain performance with deterioration and preservation Save
- Two-tier trade credit inventory system for defective and deteriorating items incorporating preservation technology and learning effect with carbon emission in an inflationary environment Save
- A metaheuristic approach to supply chain inventory optimization with rebates, discounts, and emission controls Save
- Sustainable inventory management with trapezoidal demand and amelioration under carbon regulations Save
- A Comprehensive Machine Learning Framework for Demand Forecasting Based on Social, Economic, and Environmental Factors Save
- Optimal analysis of time-price discount-advertisement dependent demand with credit policy for inventory models Save
- Optimizing Reverse Logistics Capacity for Sustainable Supply Chain of Electronics: A Multi-Objective Framework Save
- Sustainable Inventory Management for Dual Warehouses with Reverse Logistics and Green Optimization Policies Save
- Optimizing economic inventory management under trade-credit policies with payment delays, learning effects, and demand dynamics Save
- A sustainable two-warehouse inventory management of perishable items: exploring hybrid cash-advance payment policies and green technology with cap and tax regulations Save
- An inventory optimization model for reliable and sustainable supply chains under trade credit and carbon constraints Save
- Optimization of fractional-order EPQ models with memory-dependent demand and shortage dynamics Save
- Economical Order Inventory Policies for Perishable Items with Permissible Delay in Payment under Credit Policy and Effect of Advertisement, Time, and Price-Discount Save
- Optimal Analysis of a Sustainable Inventory Model for a Controllable Carbon Emission with Two Warehouse System and Hybrid Cash-Advance Payment Save