电力勘测设计
電力勘測設計
전력감측설계
ELECTRIC POWER SURVEY
2013年
2期
17-20
,共4页
韦立德%安少鹏%李鹏云%段华雍
韋立德%安少鵬%李鵬雲%段華雍
위립덕%안소붕%리붕운%단화옹
输电线路塔基%边坡%稳定性安全系数%人工神经网络%正交试验
輸電線路塔基%邊坡%穩定性安全繫數%人工神經網絡%正交試驗
수전선로탑기%변파%은정성안전계수%인공신경망락%정교시험
the foundation of electric transmission line towers%the safety factor of slope%artificial neural network%cross validation
在通过勘查、试验研究土体力学性能变化规律基础上,采用正交试验方式和人工神经网络模型建立了输电线路塔基边坡稳定性安全系数预测模型,并研制了软件,实例计算表明,人工神经网络方法对输电线路塔基边坡稳定性安全系数计算行之有效.
在通過勘查、試驗研究土體力學性能變化規律基礎上,採用正交試驗方式和人工神經網絡模型建立瞭輸電線路塔基邊坡穩定性安全繫數預測模型,併研製瞭軟件,實例計算錶明,人工神經網絡方法對輸電線路塔基邊坡穩定性安全繫數計算行之有效.
재통과감사、시험연구토체역학성능변화규률기출상,채용정교시험방식화인공신경망락모형건립료수전선로탑기변파은정성안전계수예측모형,병연제료연건,실례계산표명,인공신경망락방법대수전선로탑기변파은정성안전계수계산행지유효.
@@@@?The mechanics property parameters of soil of foundations of electric transmission line towers are study by doing geotechnical engineering investigation and doing experiments. A model of artificial neural network is applied to the calculation of the safety factor of slope of the foundation of electric transmission line towers with cross validation. The corresponding program is developed.The calculation results show that the method is effective in the calculation of the safety factor of slope of the foundation of electric transmission line towers.
