Considering the nonlinear characteristic of dampers, computing simulation and analysis of the seismic response for High Efficient Damper Suitable for Muti-Structure System (HEDMS) and system parameters' influence on control effect have been done.
The purpose of computer emulation of active structural control is summarized, and the emulation scheme is given. The advantages and disadvantages of classical optimal control algorithm, instantaneous optimal control algorithm. KCE control algorithm and instantaneous KCE control algorithm are analyzed, and the control efficiencies of the algorithms are examined and compared by computing simulation.
The computing simulation results indicate that the concept of multi structural hybrid control system is correct and the corresponding DAVS controller is efficient.
Based on Global Positioning system (GPS) receiver's traits, which has high sensitivity, large dynamic range but not many receiving antennael elements. In this paper characteristic of power inversion circular array under the condition of strong interference is studied. The results of computing simulation show that the power inversion circular array is adaptable to the case of GPS anti-interference.
The decomposing mechanism of SiH 4 and CH 4 in nc SiC film by CVD was discussed. After the reaction equations were determined by collecting previous chemical data, the computing simulation was carried out. The results show that the SiH 2 and CH 2 are main factors in deposition of nc SiC films.
采用化学气相淀积 ( CVD)淀积 Si C薄膜中 Si H4、CH4的分解反应方程对 Si H4、CH4的分解产物种属进行数学建模 ,并结合相关热力学数据进行计算机模拟 ,得出 Si H4分解产物中以 Si H2 为最多 ,CH4以 CH2 为最多 ,表明它们在淀积薄膜中是主要因素。
The AI study consists of two schools, both of which give a revolutionary revelation to the computing simulation of human thinking, including machine study and machine finding.
The paper studies the auto-covariance estimation of Gamma distribution by using the asymptotic behavior of student U -statistic,gives the large sample interval estimation for the scale parameter,and carries out the computing simulation according to the method of random simulation.
In this paper,a more precise mathematical model which describes the working procedureof the refrigerating compressors and software with many functions for computing simulationsare developed. The computing simulation is carried out for the working procedure of the re-frigeration compressors in wide range of operating conditions. The computing results arechecked by the tests for the performances of new domestic products 8ES10 and 8l0AC andcomputing simulation is demonstrated successfully.
For further exploration of attrition mechanisms of fluidic catalyst and improvement of attrition test,in-depth study work will be needed on aspects such as hydrodynamic models,computing simulation and microscopic mechanic test in the future.
This paper introduces the vector operation architecture in YH TS-1 microprocessor, giving a basic implementation of quantum computing on the YH TS-1 microprocessor. We test the performance enhancement by resolving the Deustch-Josza problem on scalar processor and YH TS-1 with vector component. At the end of this paper,how the design of vector component impacts on the performance of quantum computing simulation and its improvement methodologies are discussed.
With the rapid maturation of inexpensive parallel computing technology, and high performance communications, there will emerge shortly a totally new, highly interactive computing/simulation environment supporting engineering design optimization.
The soft computing simulation design methodology of intelligent control system for mobile micro-nano-robots based on modeling of non-linear dissipative equations of robots motion with a minimum entropy production is described.
The figure shows a mapping from a physical system one-dimensional Ising model for illustration to a computing simulation network.
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As a theoretical approach to solve those questions is not feasible, we shall furnish an argumentation helped by some results of computing simulation.
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The mathematical formulation for operation and reactor core fuel management was studied. Using time discrimination, the eigenvalue problem of neutron diffusion equations are governed by reactivity gain in the reactor. From the distribution of neutron flux,power and irradiation, the regulating critical state and fuel management can be described as inverse problem of mathematical physics. The computing simulation of above full procedure was also provided. In addition, a finite element method with ...
The mathematical formulation for operation and reactor core fuel management was studied. Using time discrimination, the eigenvalue problem of neutron diffusion equations are governed by reactivity gain in the reactor. From the distribution of neutron flux, power and irradiation, the regulating critical state and fuel management can be described as inverse problem of mathematical physics.The computing simulation of adove full procedure was also provided. In addition, a finite element method with ...
A new Nd:YAG laser system is presented which offers wide application for diagnosing soft x-ray picosecond streak/framing cameras, nonlinear optics and other ultrafast phenomenna. Some very useful results of the cameras have been got by using this system. Finally we discuss some parameters of affecting harmonic conversion efficiency, such as phased-matched direction, maximal direction of the effective nonlinear coefficient and tureshold power. By computing simulation, we obtained optimal values o...