On the Use of the Law of Times in Calculating Soil Thermal Stability and Underground Cable Ampacity PROJECT TITLE :On the Use of the Law of Times in Calculating Soil Thermal Stability and Underground Cable AmpacityABSTRACT:The heat generated by underground cables may cause the soil around the cables to dry, increasing its thermal resistivity and probably causing the cables to overheat. The flexibility of soil to maintain a constant resistivity while being subjected to a heat supply is known as its “thermal stability.” A methodology using the Law of Times has been recommended by some sources to see soil stability. To take a look at whether this method will accurately predict soil thermal stability, an experiment was performed that tested the hypothesis fundamental to the Law of Times that the diameter of the warmth source affects the drying time of the soil surrounding it. This paper reports the results of that experiment and includes the statistical analysis of the information. The experimental evidence resulted in rejecting the Law of Times as an accurate predictor of the drying time of the soil surrounding a buried cable. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Application of Unscented Transform in Frequency Control of a Complex Power System Using Noisy PMU Data Negative Selection and Knuth Morris Pratt Algorithm for Anomaly Detection