Newcastle University / Roskilly Sir Joseph Swan Institute / / /
IndustryTerm
hydraulic and electric power generation applications / reported systems / peak gas pressure / piston free-piston gas generator / energy storage / energy level / kinetic energy / in-cylinder gas pressure / excessive in-cylinder gas pressures / combustion energy / in-cylinder gas pressure levels / in-cylinder gas pressures / engine technology / exhaust gas emissions formation / microprocessor-based control systems / piston assembly kinetic energy / exhaust gas turbine / gas generators / high in-cylinder gas temperatures / in−cylinder gas pressure / valve actuation systems / linear load device / energy / /
Organization
A.P. Roskilly Sir Joseph Swan Institute for Energy Research / US Federal Reserve / Internal Combustion Engine Division / Newcastle University / Newcastle upon Tyne / /
Person
Tikkanen / Otto Cycle / A. Renaissance / Predictive / Van Blarigan / / /
Position
proportional controller / proportional fuzzy controller / PI controller / simplified engine model / fuel mass controller / conventional PI controller / controller PI controller / standard PI controller for comparison / piston motion controller / straight-forward / fuzzy controller / standard PI controller / controller / mass and injection timing controller / Corresponding author / proposed controller / Winger / /
Technology
flow control / engine technology / heat transfer / simulation / PDF / /
Predictive piston motion control in a free-piston internal combustion engine✩ R. Mikalsen∗, E. Jones, A.P. Roskilly Sir Joseph Swan Institute for Energy Research, Newcastle University, Newcastle upon Tyne, NE1 7RU, E