| On some variants ofcompactness | I.L. REİLLY, S. BAYHAN | 891–898 |
| On some variants of compactness | S. BAYHAN, İ. L. REİLLY | 891–898 |
| Minimality over free monoid presentations | A. Sinan CEVİK, Kinkar Ch. DAS, İ. Naci CANGUL, A. Dilek MADEN | 899–913 |
| Minimality over free monoid presentations | A. Sinan CEVİK, Kinkar Ch. DAS, İ. Naci CANGUL, A. Dilek MADEN | 899–913 |
| FG-morphisms and FG-extensions | Ceren Sultan ELMALI, Tamer UĞUR | 915–922 |
| FG-morphisms and FG-extensions | Ceren Sultan ELMALI, Tamer UĞUR | 915–922 |
| On second-order linear recurrent homogeneous differential equations with period k | Julius Fergy Tiongson RABAGO | 923–933 |
| Hermite-Hadamard type inequalities for harmonically convex functions | İmdat İŞCAN | 935–942 |
| Hermite-Hadamardtypeinequalitiesfor harmonicallyconvexfunctions | İmdat İŞCAN | 935–942 |
| A Combinatorial Discussion on Finite Dimensional Leavitt Path Algebras | A. KOÇ, S ESİN, İ. GÜLOĞLU, M. KANUNİ | 943–951 |
| A Combinatorial Discussion on Finite Dimensional Leavitt Path Algebras | A. KOÇ, S ESİN, İ. GÜLOĞLU, M. KANUNİ | 943–951 |
| On partially τ-quasinormal subgroups of finite groups | Xiaolan Yİ, Xuemei ZHANG, Changwen Lİ | 953–961 |
| On partially τ -quasinormalsubgroupsoffinite groups | Xiaolan Yİ, Xuemei ZHANG, Changwen Lİ | 953–961 |
| Common fixed and coincidence point theorems for maps in Menger space with Hadzic type t - norm | K.bhanu LAKSHMİ, N.srinivasa RAO, K.p.r RAO | 963–969 |
| Common fixed and coincidence point theorems for maps in Menger space with Hadzic type t-norm | K.P.R. RAO, K.Bhanu LAKSHMİ, N. Srinivasa RAO | 963–969 |
| An investigation on homomorphisms and subhyperalgebras of Σ-hyperalgebras | S. RASOULİ, D. HEİDARİ, B. DAVVAZ | 971–984 |
| An investigation on homomorphisms and subhyperalgebras of Σ-hyperalgebras | S. RASOULİ, D. HEİDARİ, B. DAVVAZ | 971–984 |
| A note on the endomorphism ring of finitely presented modules of the projective dimension ≤ 1 | Serap ŞAHİNKAYA, Arda KÖR, M.tamer KOŞAN | 985–991 |
| A note on the endomorphism ring of finitely presented modules of the projective dimension ≤ 1 | Serap ŞAHİNKAYA, Arda KÖR, M.tamer KOŞAN | 985–991 |
| On Lagrangian submersions | Hakan Mete TAŞTAN | 993–1000 |
| On the Fibonacci and Lucas numbers, their sums and permanents of one type of Hessenberg matrices | Durmuş BOZKURT, Fatih YILMAZ | 1001–1007 |
| On the Fibonacciand Lucasnumbers, their sums and permanents of one type of Hessenberg matrices | Fatih YILMAZ, Durmus BOZKURT | 1001–1007 |
| The product of generalized superderivations on a prime superalgebra | He YUAN, Yu WANG | 1009–1015 |
| The product of generalized superderivations on a prime superalgebra | He YUAN, Yu WANG | 1009–1015 |
| Fuzzy approach of group sequential test for binomial case | Salih EMRİ, Sevil BACANLI, Duygu ICEN | 1017–1034 |
| Approximation of some discrete-time stochastic processes by differential equations | Raúl FİERRO | 1035–1046 |
| Approximation of some discrete-time stochastic processes by differential equations | Raúl FİERRO | 1035–1046 |
| Computing credibility Bonus-Malus premiums using the total claim amount distribution | Emilio GÓMEZ-DÉNİZ, Agustín HERNÁNDEZ-BASTİDA, M. Pilar FERNÁNDEZ-SÁNCHEZ | 1047–1061 |
| Computing credibility Bonus-Malus premiums using the total claim amount distribution | Emilio GÓMEZ-DÉNİZ, Agustín HERNÁNDEZ-BASTİDA, M. Pilar FERNÁNDEZ-SÁNCHEZ | 1047–1061 |
| The Lindley-Poisson distribution in lifetime analysis and its properties | Wenhao GUİ, Shangli ZHANG, Xinman LU | 1063–1077 |
| The Lindley-Poisson distribution in lifetime analysis and its properties | Wenhao GUİ, Shangli ZHANG, Xinman LU | 1063–1077 |
| Improved exponential type estimators of finite population mean under complete and partial auxiliary information | Abdul HAQ, Javid SHABBİR | 1079–1093 |
| Improved exponential type estimators of finite population mean under complete and partial auxiliary information | Abdul HAQ, Javid SHABBİR | 1079–1093 |
| Jump-diffusion CIR model and its applications in credit risk | Yongfeng WU | 1095–1106 |
| Jump-diffusion CIR model and its applications in credit risk | Yongfeng WU | 1095–1106 |