... printer: Sheridan May 11, 2007 DYNAMIC MODELING AND CONTROL OF ENGINEERING SYSTEMS THIRD EDITION This textbook is ideal for a course in Engineering System Dynamics and Controls The work is a ... control systems, computer simulations and control of industrial processes, systems dynamics, vehicle–road dynamic interaction, and transportation systems His fuzzy-logic algorithm for avoiding ... University in University Park, where his research in dynamic systems and controls led to publications in diverse fields from railroad freight car dynamics to adaptive control of artificial hearts He...
... ISA-S5.1 The following people served as members of ISA Committee SP5.1, which prepared this standard: NAME COMPANY R Mulley, Chairman E J Blahut P R Boubel J P Carew N Dogra J E Doyle C R Gross T E ... Emeritus ANSI/ISA-S5.1-1984 (R 1992) The following people served as members of ISA Committee SP5: NAME COMPANY D E Rapley, Chairman R C Greer D G Kempfer R H Kind R Mulley T J Myron Stearns Catalytic ... standard was approved for publication by the ISA Standards and Practices Board in September 1984 NAME COMPANY W Calder III, Chairman P V Bhat N L Conger B Feikle H S Hopkins J L Howard R T Jones...
... when an error condition is detected Disp The disp command displays a matrix without printing its name It can also be used to display a text string The general form of the disp command is disp(x) ... disp(‘text string’) disp(x) will display the matrix x Another way of displaying matrix x is to type its name This is not always desirable since the display will start with a leading “x = ” Disp(‘text...
... ', a , b, tol , trace) quad 8(' funct ' , a , b, tol , trace) where funct is a MATLAB function name (in quotes) that returns a vector of values of f ( x ) for a given vector of input values x...
... xo, tol,trace) or [ t,x ] = ode45 (xprime, tstart, tfinal, xo, tol, trace) where xprime is the name (in quotation marks) of the MATLAB function or m-file that contains the differential equations ... differential equation % The function diff2(x,y) is created to evaluate the diff equation % the name of the m-file is diff2.m % the function is defined as: % function xdot = diff2(t,x) is = 2; ... differential equation % the function diff2(x,y) is created to evaluate % the differential equation % the name of m-file is diff2.m % % Transient analysis of RLC circuit using ode function % numerical solution...
... diffusion and depletion capacitance, re- RS is the semiconductor bulk and contact resistance The dynamic resistance, rd , of the diode is given as spectively rd = where nkT qI DF n k T q is is is...
... point of the diode ( i D = I S e ( v D / nVT ) i = I D and v = VD ), we have (9.4) To obtain the dynamic resistance of the diode at a specified operating point, we differentiate Equation (9.3) with ... we have di I s e ( v / nVT ) = dv nVT di dv v =VD I s e ( v D / nVT ) I = = D nVT nVT and the dynamic resistance of the diode, rd , is rd = dv di v =VD = nVT ID (9.5) From Equation (9.3), we have ... characteristics of the diode (b) What is the breakdown voltage of the diode? (c ) Determine the dynamic resistance of the diode in its breakdown region 9.3 A forward-biased diode has the following...
... display of variable names and dimensions Table 1.1 shows the display of the variables that have been used so far in this book: Table 1.1 Display of an output of whos command Name Size Elements ... example, 2*Q gives ans = 44 138 56 182 38 168 54 58 52 Note that if a variable name and the “=” sign are omitted, a variable name ans is automatically created Matrix division can either be the left ... help To see the list of MATLAB’s help facility, type help The help command followed by a function name is used to obtain information on a specific MATLAB function For example, to obtain information...