laplace造句
31. By applying formal asymptotic analysis and Laplace transformation, we obtain two-dimensional model system of linearly viscoelastic "flexural" shell from three-dimensional equations.
32. Laplace, the astronomer , was still at work when death caught up with him at seventy - eight.
33. In order to improve the quality of Laplace operator image segmentation at a high real time capability this paper presented a synchronization dimensional structure filter for Laplace operator.
34. Two matrices have to be calculated when solving plane Laplace equation by the use of BEM.
35. On the basis of the superposition principle and Laplace transformation, the process of the transient state under different short circuit states of induction machine is analyzed.
36. Then by using multi-dimension Laplace transform, the computation formula of nonlinear transfer function matrices for MIMO bilinear system are deduced.
37. In this thesis, the Finite Element Method is applied to the solution of the Laplace equation formulated by means of stream function for the calculation of the static hydraulic thrust.
38. The analytical expressions for the dynamic stresses and perturbation of magnetic field vector are obtained by means of a finite integral transform and Laplace transform.
39. Infiltration pressure models fabricating MMC by the squeeze infiltration method are established according to the basic principle of hydromechanics and Laplace equation.
40. A Laplace transform finite element method for solving the dynamic coupled ther-moelasic bending problems of thin plates was proposed based on the variational principle of theProbems.
41. By using the Laplace transform technique, the one-dimensional analytical solution of dynamic response for biphasic saturated porous media.
42. In this paper I have strictly derived these formulae about Landau Diamagnetism by using the theory of statistical mechanics of ideal Fermi system and Laplace transformation.
43. In electric field calculation: electric field in circuit breaker is described by cylinder Laplace equation.
44. It is a pure real number operation and just needs calculations for a small number of values of Laplace transform variables (12 values for one sample time). So it is a rather rapid algorithm.
45. For the boundary element solution of the two dimensional Laplace equation, the calculation of two coefficient integral matrices is always needed.
46. It is calculated, in this paper, by means of combing Laplace"s integral transformation and singular function."
47. The three-dimensional model of an underwater explosion bubble near a surface ship is described. The boundary integral method is used to solve Laplace equation based on potential-flow theory.
48. In addition, we also introduced a numerical algorithm of inverse Laplace transform, which only needs a few Laplace variables in pure real domain.
49. The introduction of the synchronization dimensional structure filter makes the Laplace operator improve the segmentation quality with a high real time capability by the original arithmetic.
50. By the relationship of Laplace transform and Z-transform, the ARMA time series model for this system is obtained.
51. The vibration and sound radiation of a submerged spherical shell in the time-domain are studied by Laplace transform method, in which a pulse force is acted at the apex of the shell.
52. The laplace interpolation method involving rectangular space coordinates is used to make track planning for the manipulator's polishing and to calculate the anticipated movement track.
53. Furthermore, we shall give Pinching-estimate for general equation and the proof of n-dimensional for the Laplace equation and an application of Hamilton tensor maximum principle.
54. With the thought of "perturbation", this paper analyes the solution of Laplace equation for poles having irregular boundary.
55. Named for Pierre-Simon Laplace, the equation states that the sum of the second partial derivatives (the Laplace operator, or Laplacian) of an unknown function is zero.
56. Beside this two models, this paper proposes the application of Laplace transform method to calculate the damping coefficients of pneumatic actuator motion.
57. A general solution and the stress intensity factor are obtained in term of series expansion, which satisfies both Laplace equation and the permeable boundary condition.
58. It gives how to analyse the dynamic network Usmg the Laplace transform after doing the transform from time - domain to complex frequency domain.
59. The numerical manifold method of Laplace equation was presented, it was also more general than the minimum potential energy principle to obtain the governing equations of the NMM.
60. In line with the Laplace equation and by using the spline function B with arbitrary distribution nodes, the calculation of the higher even derivatives were get through with.
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