31 pages, 4 figuresWe prove well-posedness of global solutions for a class of coagulation equations which exhibit the gelation phase transition. To this end, we solve an associated partial differential equation involving the generating functions before and after the phase transition. Applications include the classical Smoluchowski and Flory equations with multiplicative coagulation rate and the recently introduced symmetric model with limited aggregations. For the latter, we compute the limiting concentrations and we relate them to random graph models
The Coagulation-Fragmentation equations are a model for the dynamics of cluster growth and consist o...
The exact solution (size distribution ck(t) and moments Mn(t)) of Smoluchowski's coagulation equatio...
We consider the behaviour of solutions to the continuous constant-rate coagulation-fragmentation equ...
Abstract. We prove well-posedness of global solutions for a class of coagulation equations which exh...
Explicit post-gelation solutions are presented for Smoluchowski's coagulation equation with factoriz...
AbstractThe occurrence of gelation and the existence of mass-conserving solutions to the continuous ...
Abstract. The occurrence of gelation and the existence of mass-conserving solutions to the contin-uo...
Summary. We study a finite-dimensional system of ordinary differential equations de-rived from Smolu...
Smoluchowski's equation for rapid coagulation is used to describe the kinetics of gelation, in ...
30 pagesInternational audienceWe consider in this work a model for aggregation, where the coalescing...
In this paper we construct classical solutions of a family of coagulation equations with homogeneous...
We study a finite-dimensional system of ordinary differential equations derived from Smoluchowski’s...
Two models of coagulation are presented: one, a system of coupled partial differential equations and...
The dynamics of a coagulation-fragmentation equation with multiplicative coagulation kernel and crit...
We study coagulation equations under non-equilibrium conditions which are induced by the addition of...
The Coagulation-Fragmentation equations are a model for the dynamics of cluster growth and consist o...
The exact solution (size distribution ck(t) and moments Mn(t)) of Smoluchowski's coagulation equatio...
We consider the behaviour of solutions to the continuous constant-rate coagulation-fragmentation equ...
Abstract. We prove well-posedness of global solutions for a class of coagulation equations which exh...
Explicit post-gelation solutions are presented for Smoluchowski's coagulation equation with factoriz...
AbstractThe occurrence of gelation and the existence of mass-conserving solutions to the continuous ...
Abstract. The occurrence of gelation and the existence of mass-conserving solutions to the contin-uo...
Summary. We study a finite-dimensional system of ordinary differential equations de-rived from Smolu...
Smoluchowski's equation for rapid coagulation is used to describe the kinetics of gelation, in ...
30 pagesInternational audienceWe consider in this work a model for aggregation, where the coalescing...
In this paper we construct classical solutions of a family of coagulation equations with homogeneous...
We study a finite-dimensional system of ordinary differential equations derived from Smoluchowski’s...
Two models of coagulation are presented: one, a system of coupled partial differential equations and...
The dynamics of a coagulation-fragmentation equation with multiplicative coagulation kernel and crit...
We study coagulation equations under non-equilibrium conditions which are induced by the addition of...
The Coagulation-Fragmentation equations are a model for the dynamics of cluster growth and consist o...
The exact solution (size distribution ck(t) and moments Mn(t)) of Smoluchowski's coagulation equatio...
We consider the behaviour of solutions to the continuous constant-rate coagulation-fragmentation equ...