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in some of the earlier videos in this series we compared CGI to gray iron and what Iamp;#39;d like to do in this video is to extend that to alloyed gray iron so by alloying we mean adding elements like chrome or copper or nickel or molybdenum and manganese either individually or in combination to increase the strength of the gray iron and typically those additions will increase the strength by about 20% and that may be enough for the current performance and durability demands of the engine but CGI would offer at least 75% higher tensile strength and that would bring more opportunities for engine design and performance benefits so letamp;#39;s look at it in more detail and the first thing to look at is the thermal conductivity and here in this plot we see the thermal conductivity of conventional gray cast iron and CGI with three percent nodularity as a function of temperature and we see at the end at flame tech temperatures of approximately 400 degrees C the CGI gives away about 20 pe
