This paper studies Bertrand-Edgeworth competition among firms producing a homogeneous commodity under efficient rationing and constant (andidentical across firms) marginal cost until full capacity utilization is reached. Our focus is on a subset of the no pure-strategy equilibrium region of the...

The paper extends the analysis of price competition among capacity-constrained sellers beyond the cases of duopoly and symmetric oligopoly. We rst provide some general results for the oligopoly, highlighting features of a duopolistic mixed strategy equilibrium that generalize to oligopoly....

We analyze a Bertrand-Edgeworth game in homogeneous product industry, under effcient rationing, constant marginal cost until full capacity utilization, and identical technology across firms. We solve for the equilibrium and establish its uniqueness for capacity configurations in the mixed...

The paper extends the analysis of price competition among capacity-constrained sellers beyond the cases of duopoly and symmetric oligopoly. We first provide some general results for the oligopoly and then focus on the triopoly, providing a complete characterization of the mixed strategy...

This paper studies price competition among a given number of capacity-constrained producers of a homogeneous commodity under the efficient rationing rule and constant (and identical) marginal cost until full capacity, when demand is a continuous, non-increasing, and non-negative function defined...

The paper extends the analysis of price competition among capacity-constrained sellers beyond the cases of duopoly and symmetric oligopoly.We first provide some general results for the oligopoly and then focus on the triopoly, providing a complete characterization of the mixed strategy...

The paper extends the analysis of price competition among capacity constrained sellers beyond duopoly and symmetric oligopoly. The main focus is on the equilibrium payoffs under triopoly. The paper also includes insightful examples highlighting features of equilibrium which can arise in a...