Conference paper
Optimization algorithms for energy-efficient data centers
Hendrik F. Hamann
InterPACK 2013
A procedure is described for the numerical solution of the time-dependent equations governing the flow in a crystal-growth crucible. The molten crystal material is taken to be a Newtonian fluid with constant viscosity. The Boussinesq approximation is employed, i.e. compressibility is neglected except insofar as thermal expansion modifies the gravitational body force. Crucible rotation is the main driving force, but a series of numerical experiments suggests that buoyancy effects can modify appreciably the impurity-blending estimates obtained from an isothermal study. © 1977.
Hendrik F. Hamann
InterPACK 2013
G. Ramalingam
Theoretical Computer Science
Robert C. Durbeck
IEEE TACON
Oliver Bodemer
IBM J. Res. Dev