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1. V.Jain, Rahul Swarnkar and M.K.Tiwari, “Simulation and Analysis of Practical Issues in Scheduling Wafer Fabrication: a Simulated Annealing Based Approach”
2. G.Mishra, A.Ranjan, M.K.Tiwari and R.Shankar, "Machine selection: a fuzzy multi attribute decision making (FMADM) approach".
3. M.K.Tiwari and D.Roy, "Hole quality evaluation in reaming an evolutionary fuzzy system".
4. G.Mishra, A.Ranjan and M.K.Tiwari, "Evaluation of engineering design with imprecise parameter: a fuzzy based approach".
5. K.A.Singh, Srinivas and M.K.Tiwari, "A GA approach for slab stack shuffling problem".
6. Srinivas, M.K.Tiwari and R.Shankar, "Process plan selection problem: a game theory based heuristic approach".
7. K.A.Singh and M.K.Tiwari, "Issues related to design of synchronized supply chain: a stochastic tolerancing based approach".
8. V.Jain and M.K.Tiwari, “Generating a robust schedule for a wafer fabrication facility via expert enhanced high level colored time Petri net and neuro-simulated annealing based heuristic”.
9. M.K.Tiwari, A.Kumar, N.Sinha and R.K.Jha, “An effective heuristic approach to determine assembly sequence in a mixed-model environment”.
10.R.Ranjan, N.Kumar, R.K.Pandey and M.K.Tiwari, “Multiagent based riser and gating system design for sound casting”.
11.Shashi Kumar, Sanjeev Kumar, Prakash, M.K.Tiwari,” Analysis of miniaturized electromagnetic devices using evolution algorithms with fast simulated annealing based approach (EFSA)”,
12. Shashi Kumar, Sanjeev, Prakash, M.K.Tiwari, “Prediction of flow stress for carbon steels by Self Organizing Neurofuzzy Networks”.
13.A.K.Choudhury, Srinivas and M.K.Tiwari, “Modeling process and machine selection problems in a dynamic manufacturing environment: a game theoretic based approach”,
14.M.Goswami, M.K.Tiwari and S.K.Mukhopadhyay, “An integrated approach to solve tool-part grouping, job allocation and scheduling problem in a flexible manufacturing system”.
15. R.Kumar, M.K.Tiwari and R.Shankar, "Analysis of assembly operation difficulty using advanced expert fuzzy Petri neT"
16. N.Kumar, R.Ranjan, and M.K.Tiwari, “Recognition of undercut features and parting surface of molded parts using polyhedron face adjacency graph”
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