MIA-07-48 |
» A note on bounds for norms of the reciprocal LCM matrix
(10/2004) |

MIA-11-53 |
» On the matrix norms of a GCD related matrix
(10/2008) |

MIA-18-44 |
» On more accurate reverse multidimensional half-discrete Hilbert-type inequalities
(04/2015) |

JCA-06-09 |
» Reviving the quadratic series of Au-Yeung
(04/2015) |

JMI-09-65 |
» A short extension of two of Spira's results
(09/2015) |

JCA-08-11 |
» Harmonic series with polygamma functions
(04/2016) |

JCA-08-14 |
» A new proof for a classical quadratic harmonic series
(04/2016) |

JCA-09-15 |
» Evaluation of a cubic Euler sum
(10/2016) |

JCA-10-10 |
» A master theorem of series and an evaluation of a cubic harmonic series
(04/2017) |

MIA-21-02 |
» An infinite sequence of inequalities involving special values of the Riemann zeta function
(01/2018) |

JMI-12-13 |
» New inequalities for some generalized Mathieu type series and the Riemann zeta function
(03/2018) |

JCA-13-04 |
» Remarks on Vălean's master theorem of series
(07/2018) |

JMI-13-82 |
» Lyapunov-type inequalities for certain higher-order half-linear differential equations
(12/2019) |

JCA-16-01 |
» On the calculation of two essential harmonic series with a weight 5 structure, involving harmonic numbers of the type *H*_{2n}
(01/2020) |

JCA-17-05 |
» On the generalized Hurwitz-Lerch zeta function and generalized Lambert transform
(01/2021) |

JCA-17-09 |
» A series representation for Riemann's zeta function and some interesting identities that follow
(04/2021) |

JCA-19-11 |
» An elementary proof of Ramanujan's identity for odd zeta values
(04/2022) |