The electrification of ships coupled with a demand for very high power and energy density raises challenges for insulation system designers for this market. The physical reason the design is challenging is that the electrical, mechanical, and thermal environment on a ship is sufficiently far from the land-based environment that key parts of the data and experience base needed for insulation system design do not exist.Center for Electromechanic
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
The electric ship research program at the University of Texas at Austin focuses on the development o...
Insulating materials and insulation systems design have been gaining more attentions as more electri...
The electrification of ships coupled with a demand for very high power and energy density raises cha...
4noShipboard power systems have made great progress since Jacobi's experiment in the late 1830s (i.e...
Based on an extensive bibliographic synthesis, the present paper presents the state of the art and ...
Summarization: The current trends in ship technology are turning ships into more energy efficient on...
Recognizing the importance of electric ships and the myriad of technical challenges they present, th...
Electrical propulsion is not a novel concept in marine systems. However, the availability of power e...
The next generation of large surface combatants will feature a number of challenging hurdles with re...
Shipboard Electrical Applications are increasing in marine systems, from generators to users (propul...
The exponential increase in Global greenhouse gas (GHG) emissions and the rapid depletion of fossil ...
Insulating materials and insulation systems design have been gaining more attentions as more electri...
The exponential increase in Global greenhouse gas (GHG) emissions and the rapid depletion of fossil ...
The central element of a ship power system model is typically a circuit model. This level of modelin...
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
The electric ship research program at the University of Texas at Austin focuses on the development o...
Insulating materials and insulation systems design have been gaining more attentions as more electri...
The electrification of ships coupled with a demand for very high power and energy density raises cha...
4noShipboard power systems have made great progress since Jacobi's experiment in the late 1830s (i.e...
Based on an extensive bibliographic synthesis, the present paper presents the state of the art and ...
Summarization: The current trends in ship technology are turning ships into more energy efficient on...
Recognizing the importance of electric ships and the myriad of technical challenges they present, th...
Electrical propulsion is not a novel concept in marine systems. However, the availability of power e...
The next generation of large surface combatants will feature a number of challenging hurdles with re...
Shipboard Electrical Applications are increasing in marine systems, from generators to users (propul...
The exponential increase in Global greenhouse gas (GHG) emissions and the rapid depletion of fossil ...
Insulating materials and insulation systems design have been gaining more attentions as more electri...
The exponential increase in Global greenhouse gas (GHG) emissions and the rapid depletion of fossil ...
The central element of a ship power system model is typically a circuit model. This level of modelin...
Increasing fuel costs and environmental concerns are driving the trend towards more or all electric ...
The electric ship research program at the University of Texas at Austin focuses on the development o...
Insulating materials and insulation systems design have been gaining more attentions as more electri...