| Equivalents of Ordered Fixed Point Theorems of Kirk, Caristi, Nadler, Banach, and others | Sehie PARK | 420–432 |
| Identifying inverse source for diffusion equation with conformable time derivative by Fractional Tikhonov method | Ha VO THİ THANH, Ngo HUNG, Nguyen Duc PHUONG | 433–450 |
| Existence of Positivity of the Solutions for Higher Order Three-Point Boundary Value Problems involving p-Laplacian | Ravi SANKAR, Sreedhar NAMBURİ, Kapula RAJENDRA PRASAD | 451–459 |
| Proposal and Evaluation of a Dynamic Path Finding Method Using Potential Values Considering Time Series in Automatic Driving | Tomofumi MATSUZAWA, Akito FUKAİ | 460–475 |
| Hu's characterization of metric completeness revisited | Salvador ROMAGUERA BONİLLA | 476–480 |
| Zipper Fractal Functions with Variable Scalings | . VİJAY, A. K. B. CHAND | 481–501 |
| Ostrowski type inequalities via exponentially $s$-convexity on time scales | Svetlin GEORGİEV, Vahid DARVİSH, Eze NWAEZE | 502–512 |
| Well-posedness of the 3D Stochastic Generalized Rotating Magnetohydrodynamics Equations | Mohamed TOUMLİLİN, Muhammad ZAİN AL-ABİDİN | 513–527 |
| Several recursive and closed-form formulas for some specific values of partial Bell polynomials | Wei-shih DU, Dongkyu LIM, Feng Qİ | 528–537 |
| Picard and Picard-Krasnoselskii iteration methods for generalized proportional Hadamard fractional integral equations | Mohamed ABBAS | 538–546 |
| Linearization-Discretization process to solve systems of nonlinear Fredholm integral equations in an infinite-dimensional context | Ilyes SEDKA, Samir LEMITA, Mohamed Zine AISSAOUI | 547–564 |
| Partially nonexpansive mappings | Enrique LLORENS-FUSTER | 565–573 |