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Applications and Applied Mathematics:
An International Journal (AAM) ISSN: 1932-9466 |
AAM is available at
http://pvamu.edu/aam AAM Special Issue No. 14 (March 2025) 7 articles, 113 pages |
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Editors-in-Chief Team
Dr. Emmanuel Appiah, Ph.D. Dr. Indika Wickramasinghe, Ph.D.
Dr. Aliakbar Montazer Haghighi, Ph.D.
Prairie View A&M University P.O. Box 519 – Mail Stop 2225 Prairie View, Texas 77446-0519 USA Tel: (+936)261-1970, Fax: (+936)261-2088 emappiah@pvamu.edu, ipwickramasinghe@pvamu.edu, amhaghighi@pvamu.edu |
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Founders and Founding
Editors-in-Chief Dr. Aliakbar Montazer Haghighi
Prairie View A&M University
Texas, USA
Marin Stefanov Marinov
Technical University of Sofia, Bulgaria |
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International Conference on Advances in Pure and Applied Mathematics |
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CONTENTS
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(01) Hetal Patel, Hardik Soni, and Ajay Gor
(SI14-03) Time Proportional Non-Instantaneous Deterioration Decisions for Vendor Managed Inventory System, 24 pages
PDF Document
(02) Subhash Kendre, Nagesh Kale, and Dimplekumar Chalishajar
(SI14-12) Some Novel Fractional Discrete Inequalities of Gronwall-Bellman Type and Their Applications to Fractional Difference Equations, 15 pages
PDF Document
(03) Gopal Nanda and Harshad Patel
(SI14-02) Analysis of Cross Diffusion Effects on MHD Nanofluid Past an Oscillating Plate with Ramped Wall Temperature, 17 pages
PDF Document
(04) Harshad Patel, Rakesh Darji, Akhil Mittal, and Monika Khanna
(SI14-13) Study of Micropolar Ferrofluid in Non-Linear Stretching Sheet with Magnetic Field Effects, 18 pages
PDF Document
(05) Zankhana Mali, Akhil Mittal, and Harshad Patel
(SI14-06) Influence of Hall Effects on Rotating MHD Casson Fluid Flow over a Vertical Plate, 14 pages
PDF Document
(06) Tejal Nagar, Harshad Patel, Akhil Mittal, and Vikas Kori
(SI14-15) Heat Source/Sink and Chemical Reaction Effects on Micropolar MHD Nano Fluid Flow in Stretching/Shrinking Sheet, 12 pages
PDF Document
(07) Aruna Sharma and Amit Parikh
(SI14-11) Analysing Co-current Imbibition Phenomenon in Heterogeneous Reservoir using Multistep Hybrid Differential Transform Finite Difference Method, 13 pages
PDF Document