Continuum approach to mathematical modelling of multispecies biofilms
B. D’Acunto - Personal Name
L. Frunzo - Personal Name
M. R. Mattei - Personal Name
The work presents a contribution to the mathematical modelling of formation and growth of multispecies biofilms in the framework of continuum approach,
without claiming to be complete. Mathematical models for biofilms often lead to
consider free boundary value problems for nonlinear PDEs. The emphasis is on the
qualitative analysis, uniqueness and existence of solutions and their main properties.
Biofilm life is a complex biological process formed by several phases from the formation, development of colonies, attachment and detachment of microbial mass from
(to) biofilm to (from) bulk liquid. Most of these processes are modelled and discussed.
Moreover, some problems of interest for engineering and biological applications are
considered. Indeed, we discuss the free boundary value problem related to biofilm
reactors extensively used in wastewater treatment, and the invasion of new species
into an already constituted biofilm with the successive colonizations. The main mathematical methodology used is the method of characteristics. The original differential
problem is converted to integral equations. Then, the fixed point theorem is applied.
without claiming to be complete. Mathematical models for biofilms often lead to
consider free boundary value problems for nonlinear PDEs. The emphasis is on the
qualitative analysis, uniqueness and existence of solutions and their main properties.
Biofilm life is a complex biological process formed by several phases from the formation, development of colonies, attachment and detachment of microbial mass from
(to) biofilm to (from) bulk liquid. Most of these processes are modelled and discussed.
Moreover, some problems of interest for engineering and biological applications are
considered. Indeed, we discuss the free boundary value problem related to biofilm
reactors extensively used in wastewater treatment, and the invasion of new species
into an already constituted biofilm with the successive colonizations. The main mathematical methodology used is the method of characteristics. The original differential
problem is converted to integral equations. Then, the fixed point theorem is applied.
Availability
| EB00000002586K | Available |
Detail Information
Series Title
-
Call Number
-
Publisher
: ,
Collation
-
Language
ISBN/ISSN
-
Classification
NONE
Detail Information
Content Type
-
Media Type
-
Carrier Type
-
Edition
-
Subject(s)
Multispecies biofilms
Biofilm reactors
Invasion model
Free boundary value problems
Nonlinear hyperbolic partial differential equation
Specific Detail Info
-
Statement of Responsibility
-
No other version available
File Attachment
