SECOND ORDER PARTIAL DIFFERENTIAL EQUATION WITH CONSTANT COEFFICIENTS

This paper deals with the problem of global exponential stabilization for a
class of nonautonomous cellular neural networks with timevarying delays. The system
under consideration is subject to timevarying coefficients and timevaying delays. Two
cases of timevarying delays are considered: (i) the de[r]

sheets. The kinetic studies revealed that the adsorption process of GO-MFO was fitted well with apseudo-second-order kinetic equation and the Freundlich isotherm model.ACKNOWLEDGEMENTSThis research is funded by the Vietnam NationalFoundation for Science and Technology Dev[r]

We consider a class of stochastic functional differential equations with distributed delays
whose coefficients are superlinear growth and H¨older continuous with respect to the delay components.
We introduce an EulerMaruyama approximation scheme for these equations and study
their strong rate of con[r]

We find upper bounds for the rate of convergence when the EulerMaruyama approximation
is used in order to compute the expectation of nonsmooth functionals of some stochastic
differential equations whose diffusion coefficient is constant, whereas the drift coefficient may
be very irregular. As a bypr[r]

The moment method in statistical dynamics is used to study the equation of state and thermodynamic properties of the bcc metals taking into account the anharmonicity effects of the lattice vibrations and hydrostatic pressures. The explicit expressions of the lattice constant, thermal expansion coeff[r]

•••To become familiar with Surpac’s Geological Database module.To learn about the minimum requirements for a geological database.To learn to import data into a database from ASCII text files.To learn to map a databaseTo create composite filesTo view data and create sectionsUsing these princip[r]

The main finding of this note is an improvement of the ChenGoldsteinShao proof of the
BerryEsseen bound for the combinatorial central limit theorem. A bound of the correct order
in terms of thirdmoment type quantities with a small explicit constant is obtained. Moreover,
our approach does not need t[r]

A feedback control system usually implements active and semiactive control of seismically excited structures.
The objective of the control system is described by a performance index, including weighting matrix norms. The
choice of weighting matrices is usually based on engineering experience. A new[r]

We consider a class of boundary value problem in a separable Banach space E, involving a nonlinear
differential inclusion of fractional order with integral bounday conditions, of the form



D
αu(t) ∈ F(t, u(t), D
α−1u (t)), a.e., t ∈ 0, 1,
I
β u(t)


t=0 = 0, u(1) = R
1
0
u (t) d t,
(1)
where[r]

Heat Transfer Engineering, 31(7):527–554, 2010Copyright C Taylor and Francis Group, LLCISSN: 0145-7632 print / 1521-0537 onlineDOI: 10.1080/01457630903425320Gas Turbine Blade Tip Heat Transferand Cooling: A Literature SurveyBENGT SUNDEN and GONGNAN XIEDepartment of Energy Sciences, Lund University,[r]

σ◦(Between the plates)The electric field on the outer sides of the two plates of Fig. 21.12c is zero sinceno charge is left on those sides.Example 21.7Two infinitely long nonconductive sheets are aligned in parallel, see Fig. 21.13a.Each sheet has a fixed uniform charge. One sheet is positively char[r]

Abstract. This paper studies both nonautonomous stochastic differential
equations and stochastic differential delay equations with Markovian
switching. A new result on almost sure stability of stochastic
differential equations is given. Moreover, we provide new conditions for
tightness and almost su[r]

ring resonator, one of the most important issues is how toexcite two degenerate modes and generate two transmissionpoles with a single resonator in each passband [2]. By usingthe stepped-impedance topology with a variable impedanceratio, the resonant frequencies of the ring resonator b[r]

VEHICLE SPEED AND WHEEL SPEED(WITH ABS)ANTILOCK BRAKING SYSTEM19SLIP (WITHOUT ABS)ANTILOCK BRAKING SYSTEM20SLIP (WITH ABS)ANTILOCK BRAKING SYSTEM21STOPPING DISTANCE (WITHOUT ABS)ANTILOCK BRAKING SYSTEM22STOPPING DISTANCE (WITH ABS)