Newcastle University / Sir Joseph Swan Institute / /
IndustryTerm
bounce chamber gas spring / gas properties / piston free-piston gas generator / energy storage / excessive in-cylinder gas / energy balances / constant power applications / incylinder gas temperature / combustion energy / load device / engine technology / hydraulic energy / gas turbine systems / compression energy / exhaust gas emissions formation / excessive incylinder gas pressures / supervisory control systems / electric load force using power electronics / rail fuel injection systems / energy release / appropriate power electronics / exhaust gas emissions / hydraulic applications / conventional technology / rebound device / electric energy / gas generators / controlled fuel injection systems / excessive peak gas pressures / free-piston engine applications / linear load device / energy / /
Organization
Newcastle University / Newcastle upon Tyne / IEEE Power Engineering Society / ASME Internal Combustion Engine Division / Sir Joseph Swan Institute for Energy Research / /
Person
A. Renaissance / /
Position
bounce chamber cylinder head / nonlinear controller / cylinder head at TDC / controller / piston and cylinder head / Corresponding author / Winger / /
Product
Fuel injection / Supervisory control Piston motion control Fuel injection / /
Technology
flow control / engine technology / heat transfer / simulation / /
The control of a free-piston engine generator. Part 1: fundamental analyses ⋆ R. Mikalsen, A.P. Roskilly ∗ Sir Joseph Swan Institute for Energy Research, Newcastle University, Newcastle upon Tyne, NE1 7RU, England, U