价值工程
價值工程
개치공정
VALUE ENGINEERING
2014年
31期
308-310
,共3页
保角变换%模拟电荷法%改进高斯消去法%数值实验
保角變換%模擬電荷法%改進高斯消去法%數值實驗
보각변환%모의전하법%개진고사소거법%수치실험
numerical conformal mapping%charge simulation method%improved Gaussian elimination method%numerical example
保角变换理论在流体力学等许多领域中有着广泛的应用。但计算保角变换是个很困难的问题,因此寻求一种有效方法计算保角变换在实际应用中具有很大意义。本论文提出了一种数值保角变换的新算法,在这个新算法中我们在改进高斯消去法的基础上利用模拟电荷法计算新的电荷点,进而构造高精度的近似保角变换函数,并且通过典型图形的数值实验检验了新算法的有效性。
保角變換理論在流體力學等許多領域中有著廣汎的應用。但計算保角變換是箇很睏難的問題,因此尋求一種有效方法計算保角變換在實際應用中具有很大意義。本論文提齣瞭一種數值保角變換的新算法,在這箇新算法中我們在改進高斯消去法的基礎上利用模擬電荷法計算新的電荷點,進而構造高精度的近似保角變換函數,併且通過典型圖形的數值實驗檢驗瞭新算法的有效性。
보각변환이론재류체역학등허다영역중유착엄범적응용。단계산보각변환시개흔곤난적문제,인차심구일충유효방법계산보각변환재실제응용중구유흔대의의。본논문제출료일충수치보각변환적신산법,재저개신산법중아문재개진고사소거법적기출상이용모의전하법계산신적전하점,진이구조고정도적근사보각변환함수,병차통과전형도형적수치실험검험료신산법적유효성。
Conformal transformation theory has been widely used in fluid mechanics and many other fields. While calculating conformal mapping is a very difficult problem, thus to seek an effective method to calculate conformal mapping has great significance in practical application. This paper presents a new algorithm of numerical conformal mapping, in which the new charge point is calculated using charge simulation method on the basis of improving Gaussian elimination method, the approximate conformal mapping function of high precision is constructed, and the effectiveness of the new algorithm is verified through the typical graphic numerical experiments.