S of maximum temperature of bonding interface among Cr Compound 48/80 Epigenetic Reader Domain coating and
S of maximum temperature of bonding interface between Cr coating and Figure 7. Variation curves of gun steel matrix with gun firing time. of bonding interface between Cr coating and CrN/Cr composite coating and maximum temperature gun firing time. CrN/Cr composite coating and gun steel matrix with CrN/Cr composite coating and gun steel matrix with gun firing time.4. Simulation with the Stress Field of the Barrel 4. Simulation in the Anxiety Field from the Barrel four. Simulation of the Strain Field on the Barrel Figure shows the variation curve from the maximum tension inside the inner chamber of Figure 88shows the variation curve from the maximum tension within the inner chamber with the time chamber of theCr Figure 8barrel and CrN/Cr composite coating barrel withwithfiring inner of theof the Cr coatingshows the variation curve of thecoating barrel theinthe firing time gun. the coating barrel and CrN/Cr composite maximum stress the It could bethat the and CrN/Crbore from the coating barrel together with the firing time in the gun. barrel inner inner composite two coating barrels increases initially then gun.Cr coatingseen that the bore anxiety stress in the two coating barrels increases first and It can be observed It can be noticed slightly. This result of of coupling of thermal pressure generated by then then decreasesthat the would be the is the result of your coupling barrels increases 1st along with the decreases slightly. This inner bore stressthe the two coatingof thermal strain generated by decreases slightly. This really is as well as the of your coupling field. field. be generated in the propellant gas pressurethe outcome bore bore temperatureAs can As can from Figure propellant gas pressure and also the inner innertemperatureof thermal stressseenbe seenby the Figure five, the gunpowder gas stress very first temperature then decreasesdecreases swiftly five,propellant gas pressure plus the inner bore increasesand field.and may berapidly with all the the gunpowder gas stress 1st increases sharply sharply As then observed from Figure 5, the gunpowder gas the gun, and also the generated by the gunpowder gas pressure also with the from the gun, and also the barrel increases sharply generated by the quickly with all the firing timefiring time ofpressure firststress barrel pressure after which decreasesgunpowder gas firing time of the gun, and also the and then decreasing; by the gunpowder gas stress the stress also of 1st a trend of barrel stress generatedat the identical time, the higher temperashows a trend shows increasingfirst rising then decreasing; in the very same time, also shows a trend gas continues gas on the body. The internal bore of internal bore with the higher temperaturefirst increasing becontinues to become on at the very same time, the high temperature gunpowderof gunpowderto after which decreasing; the body. The the tube carries out ture heat exchange, continues temperature on the internal bore of of physique tube contintube carries out forced heat exchange, to ensure that the temperature borethe the tube carriesthe forcedgunpowder gas in order that the to become on the physique. The internal of your internal bore of out forced heat exchange, so that the the resulting thermal stress is of increasing. continbody rise, as well as the resulting thermal strain is also increasing. At thethe body tubegunthe ues to tube continues to rise, andtemperature with the internal borealsomoment the At is moment Ethyl Vanillate In Vivo pressureis resulting pressurestress can also be increasing. plays moment thein the ues the the gun from the the thermal with the gunpowder gas In the significant function plays fired, to rise, and also the.
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