Modeling industrial dynamics with innovative entrants

Modeling Industrial Dynamics with Innovative Entrants

The paper analyzes some generic features of industrial dynamics whereby innovative change is carried, stochastically, by new entrants. Relying on the formal representation suggested in Winter et al. (1997), it studies both the asymptotic properties of such processes and their finite time dynamics to account for a few empirical stylized facts, including persistent entry and exit, skewed size dis...

Modeling Industrial Dynamics with Innovative Entrants

The paper analyzes some generic features of industrial dynamics whereby innovative change is carried, stochastically, by new entrants. Relying on the formal representation suggested in Winter et al. (1997), it studies both the asymptotic properties of such processes and their finite time dynamics to account for a few empirical stylized facts, including persistent entry and exit, skewed size dis...

Modeling industrial coalescers : droplet dynamics

Filtration and separation of a mixture of different fluid components are fundamental in a wide variety of applications. These processes are used in the purification of water, for example, along with the development of chemical reactors for food processing and other biological applications. Intrinsic in these systems is the goal to remove contaminants or other fluid components from one fluid, or...

Innovative Techniques for Industrial Process Modeling and Monitoring

Modeling the Structural Dynamics of Industrial Networks

Economic institutions involved in creating and delivering products and services to end-users operate within networks of relations that " organize " the flows of activities. Historically, an implicit assumption underlying research into these networks is that the patterns of relations are controlled by the organizations involved-the so-called top down view. More recently, we have come to recogniz...