Ceramic Engine The attributes of Ceramic Engine are expected to 最 swept volume of225ce High power and high torque, small size and minimal Weight of 14 vibration levels (normal attributes of rotary engines) Fuel efficient with low er (the result of more efficient combustion at higher temperatures cket, no radiator Minimal Maintenance(due to characteristics Multi-fuel capability e. g. using diesel fuel, kerosene, That is, it is much smaller than Ceramic motor under gasolin ower( on engine with similar materials: Sintered aMinimal cooling requirements simplifies installation 427kg). silicon nitride Low running costs (owing to its anticipated fuel efficiency and multi-fuel capability The ceramic engine could achieve the following: Memory Metal a its better fuel efficiencies and multi-fuel capabilities would reduce dependence on foreign oil and improve the Memory metal is a nickel-titanium alloy. This piece has economic security of industrial nations more efficient combustion of fuel in the ceramic confines aced into hot wate of the engine would result in less pollutants being shape, and again forms the letters ICE. discharged into the environment a new breed of engine would enhance the marketability of the automobile u the combination of minimal maintenance, low running costs, long engine life and multi-fuel capability is ideally to power, for example, water supply pumps or electrical How the Memory Metal Rivet The steel spring easily automatically soldered the low-T martensite phase. 3彐a鲁喵 四 nape (it transforms into the austenite phase) an tway for transmission id through the valve is opened.6 Ceramic Engine Ceramic motor under commercial production materials: Sintered silicon nitride 40 kW power swept volume of 225 cc weight of 14 kg would not need a liquid cooling system (i.e. no water￾jacket, no radiator, no pump). Possibly priced at $2300 That is, it is much smaller than a reciprocating internal combustion engine with similar power (e.g. 39.5 kW, 3990 cc, 427 kg). The attributes of Ceramic Engine are expected to be: High power and high torque, small size and minimal vibration levels (normal attributes of rotary engines) Fuel efficient with low emissions (the result of more efficient combustion at higher temperatures) Minimal Maintenance (due to unique design characteristics) Multi-fuel capability e.g. using diesel fuel, kerosene, gasoline, Very few engine components minimize build costs Minimal cooling requirements simplifies installation Low running costs (owing to its anticipated fuel efficiency and multi-fuel capability). The ceramic engine could achieve the following: its better fuel efficiencies and multi-fuel capabilities would reduce dependence on foreign oil and improve the economic security of industrial nations more efficient combustion of fuel in the ceramic confines of the engine would result in less pollutants being discharged into the environment a new breed of engine would enhance the marketability of the automobile. the combination of minimal maintenance, low running costs, long engine life and multi-fuel capability is ideally suited for the rural countryside and less-developed nations to power, for example, water supply pumps or electrical generators. Memory Metal Memory metal is a nickel-titanium alloy. This piece has been formed into the letters ICE, heat-treated, and cooled. When the memory metal is pulled apart, it deforms. When placed into hot water, the metal "remembers" its original shape, and again forms the letters ICE. How the Memory Metal Rivet Automatically Soldered The steel spring easily compresses the memory metal spring when it is in the low-T martensite phase. Fluid transmission As the temperature increases, the NiTi spring remembers its extended shape (it transforms into the austenite phase) and becomes rigid, and thus forces the steel spring to compress so that the pathway for transmission fluid through the valve is opened