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20162022
most citedOn generalizations of theorems of MacMahon and Subbarao

1 citations · 1 across the 13 of their papers we have counts for

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math.CO2022

A note on Andrews-MacMahon theorem

Darlison Nyirenda

For a positive integer , George Andrews proved that the set of partitions of in which odd multiplicities are at least is equinumerous with the set of partitions of…

math.CO2022

Legendre theorems for a class of partitions with initial repetitions

Darlison Nyirenda, Beaullah Mugwangwavari

Partitions with initial repetitions were introduced by George Andrews. We consider a subclass of these partitions and find Legendre theorems associated with their respective partit…

math.CO2022

Some consequences of Glaisher's map and a generalization of Sylvester's theorem

Darlison Nyirenda, Molatelo Rapudi

For positive integers , the set of -regular partitions in which parts appear at most times has attracted a lot of interest in that a composition of Glaisher's m…

math.CO2022

Extensions and variations of Andrews-Merca identities

Darlison Nyirenda, Beaullah Mugwangwavari

Recently, Andrews and Merca have given a new combinatorial interpretation of the total number of even parts in all partitions of n into distinct parts. We generalise this result an…

math.CO2022★ 1 cited

On generalizations of theorems of MacMahon and Subbarao

Darlison Nyirenda, Beaullah Mugwangwavari

In this paper, we consider various theorems of P.A. MacMahon and M.V. Subbarao. For a non-negative integer , MacMahon proved that the number of partitions of wherein parts h…

math.CO2019

Power Partitions and Semi-m-Fibonacci Partitions

Abdulaziz M. Alanazi, Augustine O. Munagi, Darlison Nyirenda

George Andrews recently proved a new identity between the cardinalities of the set of Semi-Fibonacci partitions and the set of partitions into powers of two with all parts appearin…

math.CO2016

Generalising a finite version of Euler's partition identity

Darlison Nyirenda

Recently, George Andrews has given a Glaisher style proof of a finite version of Euler's partition identity. We generalise this result by giving a finite version of Glaisher's part…