Geodesic
Dynamics of a Crankshaft Mechanism under the Pressure of a Viscous Gas
Informatics and Automation, Selected issues of mathematics and mechanics, Tome 310 (2020), pp. 237-266 Cet article a éte moissonné depuis la source Math-Net.Ru

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We study an initial–boundary value problem with free boundary for one-dimensional equations of viscous gas dynamics. The problem models the motion of a crankshaft mechanism under gas pressure. It is assumed that the gas fills a cylinder, which is modeled by the interval $[0,1]$. A variable point $a(t)\in [0,1]$ models a piston moving inside the cylinder. The piston is assumed to be connected to a planar three-link crankshaft mechanism. We also assume that a velocity distribution on the boundary of the cylinder and a density distribution on gas inflow segments are given. The gas motion is described by the one-dimensional Navier–Stokes equations of viscous compressible fluid dynamics. It is required to determine the joint motion of the gas and crankshaft mechanism. We prove that this problem has a weak renormalized solution.
Mots-clés : viscous gas
Keywords: inhomogeneous boundary conditions, weak solutions, crankshaft mechanism. 
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P. I. Plotnikov; J. Sokołowski. Dynamics of a Crankshaft Mechanism under the Pressure of a Viscous Gas. Informatics and Automation, Selected issues of mathematics and mechanics, Tome 310 (2020), pp. 237-266. http://geodesic.mathdoc.fr/item/TRSPY_2020_310_a17/

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