Chapter 1 - Sustainable inventory system with lean manufacturing and variable demand.- Chapter 2 - A Novel Inventory Model of Growing Items & its Waste Management.- Chapter 3 - Imperfect Production Inventory under Multi-Production Cycle for Non-Deteriorating Items with Carbon Tax and Green Investment.- Chapter 4 - Optimum Sustainable Inventory Model with Preservation Technology, Promotional Efforts, and Green Technology under Controllable Carbon Emissions in an Uncertain Environment.- Chapter 5 - Effect of Carbon Emission and Sustainable Energy on Supply Chain with Imperfect Quality Items under Trade Credit Policy.- Chapter 6 - Sustainable Multistage Production Inventory Model under Joint Effect Of Preservation and Green Technology.- Chapter 7 - Effect of Inflation on EOQ Model with Multivariate Demand and Partial Backlogging and Carbon Tax Policy.- Chapter 8 - An InventoryModel with Both Stock-Dependent Demand Rate and Stock-Dependent Holding Cost Rate under Uncertainty.
- Chapter 9 - An Integrated Inventory System with Decay Process Monitored Through Investment in Preservation Technique and Demand Dependent on Displayed Stock.- Chapter 10 - An Inventory Model for Perishables with Fixed Storage Life and Diminishing Ability to Buy in their Life Expectancy.- Chapter 11 - Fuzzy MCDM Mathematical Modelling for Evaluation and Selection of a Sustainable Supplier.- Chapter 12 - Emission Considerations in an Imperfect Integrated Vendor - Buyer Production Inventory Model with Process Quality Control.- Chapter 13 - Leakage Inventory Models in Fuzzy Environment.- Chapter 14 - Advertisement and Stock Sensitive Demand Inventory Model for Deteriorating Items with Prepayment Scheme under Permitted Shortage and Backordering Rate.- Chapter 15 - A Fuzzy Inventory Problem Based on Management For Deteriorating Item With Remanufacture Process.- Chapter 16 - Inventory Model for Imperfect Quality of Deteriorating Items with Trapezoidal type Demand Rate under Two Storage Problem with Learning Effect.
- Chapter 17 - Optimization of Sustainable Integrated Inventory Model for Decaying Items with Multi-Variate Demand and Controllable Emission.- Chapter 18 - Pricing and replenishment planning for non-instantaneous deteriorating products with preservation technology and greening investment.- Chapter 19 - A Decision-Making Perspective for Optimal Supplier Selection in Fermatean Fuzzy Environment.- Chapter 20 - Inventory Management for Deteriorating Items.- Chapter 21 - Effect of carbon emission and sustainable energy on supply chain with imperfect quality items under trade credit policy.- Chapter 22 - Optimal Policy for Production Inventory for Defective Items Produced by Machine Break Down with Partial Backlogging and Controlled Carbon Emission.- Chapter 23 - An inventory model for imperfect quality items with effect of preservational technology investments and promotional efforts when quantity discount is offered.- Chapter 24 - Effects of human errors and carbon emission on a stochastic supply chain model under trade credit.
- Chapter 25 - Effect of Inflation on a Sustainable Inventory Model with Imperfect Products and Green Technology under Fuzzy Environment.- Chapter 26 - Sustainable Inventory Model under Green Environment with Renewable energy.- Chapter 27 - Effect of Green Sensitive Demand on Production Inventory Model With Reliability and Partial Trade Credit Policy.