References of "Peters, Bernhard 50002840"
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See detailCombustion Handbook
Peters, Bernhard UL; Raupenstrauch, R.

Book published by Winter,F. (2010)

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See detailAn Approach to Visualise Tensor Fields in Engineering
Peters, Bernhard UL

in Dagstuhl Seminar (2009)

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See detailParallel implementation of domain decomposition algorithm for molecular dynamics
Berhe, Girma UL; Peters, Bernhard UL; Varrette, Sébastien UL et al

in PARENG 2007 (2009)

The objective of this study is to apply a domain decomposition algorithm to the La- grangian based Discrete Particle Method (DPM). The latter deals with the thermal decomposition of solid e.g. biomass ... [more ▼]

The objective of this study is to apply a domain decomposition algorithm to the La- grangian based Discrete Particle Method (DPM). The latter deals with the thermal decomposition of solid e.g. biomass fuel particles. It considers each particle as an individual entity that is represented by an instantiation of a class. Modelizing thermal conversion of biomass in real systems involves a large number of particles. This can be achieved in a reasonable computing time only through a parallel implementation able to distribute the particles e.g. objects onto the participating processors. This pa- per present such an implementation based on Orthogonal Recursive Bisection (ORB) method. Due to the fact that the particles may take arbitrary positions within the do- main, a particular issue addressed by the domain decomposition technic used in this work is to generate a load balance for each processors as uniform as possible. Fur- thermore, the particles are coupled via heat transfer. One challenge for the designed algorithm is then to identify the nearest neighbours of each particle so that the nec- essary information can be communicated between them. Since the positions of all particles are subject to change and may migrate from one processor to another, the communication links together with the number of neighbors are highly dynamic. The implementation is carried out using the KAAPI API, a C++ library for parallel pro- gramming that allows to execute ?ne/medium grain multithreaded computation with dynamic data ?ow synchronizations. First results are very promising since they indi- cate that our algorithm creates sub domains with an average imbalance ranging from 2.5% to 6.3% for uniformly distributed particles. [less ▲]

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See detailSelecting a fast air quality calculator for an optimization meta-model
Aleluia Da Silva Reis, Lara UL; Zachary, D. S.; Leopold, U. et al

in Monitoring and Management of Air Pollution (2009)

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See detailExperimental and numerical evaluation of the transport behaviour of moving bed on a forward acting grate
Peters, Bernhard UL; Dziugys, Algis; Hunsinger, Hans et al

in Granular Matter (2007), 9

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See detailEvaluation of the residence time of a moving fuel bed on a forward acting grate.
Peters, Bernhard UL; Dzingys, A.; Hunsinger, H. et al

in Granular Matter (2006)

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See detailAn approach to qualify the intensity of mixing on a forward acting grate.
Peters, Bernhard UL; Dziugys, Algis; Hunsinger, H. et al

in Chemical Engineering Science (2005), (60/6), 1649-1659

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See detailCharacterisation of muniipal solid waste combustion in a great furnace.
Peters, Bernhard UL; Frey, Hannes; Hunsinger, H. et al

in Waste Management (2004), 23(8)

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See detailCellular structures in solid fuel combustions.
Peters, Bernhard UL

in Flow, Turbulence and Combustion (2004), 73(3-4)

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See detailCatalytic converters in a one-dimensional cycle simulation code considering three-dimensional behavior.
Peters, Bernhard UL; Wurzenberger, J.

in SAE International Journal of Fuels and Lubricants (2004)

Detailed reference viewed: 47 (2 UL)
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See detailMeasurements and particle resolved modelling of the thermo-and fluid dynamics of a packed bed.
Peters, Bernhard UL; Bruch, Christian; Schröder, E.

in Journal of Analytical and Applied Pyrolysis (2004), (70), 211-233

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See detailModelling of wood combustion under fixed bed conditions.
Peters, Bernhard UL; Bruch, Christian; Nussbaumer, Th

in Fuel (2003), 82 (6)

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See detailNumerical Simulation of a Diesel Particulate Filter during Loading and Regeneration
Peters, Bernhard UL

in ASME Internal Combustion Engine Division (2003)

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See detailDrying and prolysis of wood particles: experiments and simulation.
Peters, Bernhard UL; Bruch, Christian

in Journal of Analytical and Applied Pyrolysis (2003), 70

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See detailThermal Conversion of Solid Fuels
Peters, Bernhard UL

Book published by WIT Press (2003)

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See detailCharacterization of Municipal Solid Waste Combustion in a Grate Furnace
Peters, Bernhard UL

in Waste Management (2003), vol. 23/8

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See detailMeasurements and particle resolved modelling of heat-up and drying of a packed bed.
Peters, Bernhard UL; Bruch, Christian; Schröder, E. et al

in Biomass & Bioenergy (2002), 23 (4)

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See detailMeasurements and particle resolved modelling of drying and pyrolysis of a packed bed.
Peters, Bernhard UL; Bruch, Christian; Schröder, E.

in Journal of Analytical and Applied Pyrolysis (2002)

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See detailDrying and pyrolysis of wood particles: experiments and simulation
Peters, Bernhard UL; Bruch, Christian

in Journal of Analytical and Applied Pyrolysis (2002)

Detailed reference viewed: 59 (2 UL)