Please use this identifier to cite or link to this item: http://hdl.handle.net/10071/10488
Author(s): Gomes, O.
Date: 2009
Title: A two-dimensional non-equilibrium dynamic model
Volume: 20
Number: 3
Pages: 221-238
ISSN: 0954-349X
Keywords: NEDyM
Endogenous business cycles
Nonlinear growth
Keynesian macroeconomics
Cyclical dynamics and chaos
Abstract: This paper develops a non-equilibrium dynamic model (NEDyM) with Keynesian features (it allows for a disequilibrium between output and demand and it considers a constant marginal propensity to consume), but where production is undertaken under plain neoclassical conditions (a constant returns to scale production function, with the stocks of capital and labor fully employed, is assumed). The model involves only two endogenous / prognostic variables: the stock of physical capital per unit of labor and a goods inventory measure. The two-dimensional system allows for a careful analysis of local and global dynamics. Points of bifurcation and long-term cyclical motion are identified. The main conclusion is that the disequilibrium hypothesis leads to persistent fluctuations generated by intrinsic deterministic factors.
Peerreviewed: Sim
Access type: Embargoed Access
Appears in Collections:BRU-RI - Artigos em revistas científicas internacionais com arbitragem científica

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