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Van Der Hoek, W, Das Voraussagfu des Dynamichen Verhaltens bei Kurvenge Trieben, Vdi Ausschub Getriebetchnik, Goslar, February 1966 von Karman, T, and Biot, MA, Mathematical Methods in Engineering, rst edition, McGraw-Hill, New York, 1940 Wiederrich, JL, Design of Cam Pro les for Systems with High Inertial Loadings, PhD thesis, Stanford University, 1973

// Use static using System; class StaticDemo { // A static variable public static int Val = 100; // A static method public static int ValDiv2() { return Val/2; } } class SDemo { static void Main() { ConsoleWriteLine("Initial value of StaticDemoVal is " + StaticDemoVal); StaticDemoVal = 8; ConsoleWriteLine("StaticDemoVal is " + StaticDemoVal); ConsoleWriteLine("StaticDemoValDiv2(): " + StaticDemoValDiv2()); } }

e 1/2

The output is shown here:

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133 VIBRATION MINIMIZATION 406 1331 Introduction to Vibration Minimization 406 134 DYNAMIC SYNTHESIS OF CAMS USING FINITE TRIGONOMETRIC SERIES 407 1341 Introduction 407 1342 Symbols 408 1343 Tuned Cam Design 408 1344 Cam Design Based on Mean Squared Error Minimization 413 1345 Conclusions 416 135 APPLICATION OF OPTIMAL CONTROL THEORY TO THE SYNTHESIS OF CAM-FOLLOWER SYSTEMS 416 1351 Introduction 416 1352 Symbols 416 1353 Description of Dynamic Model 417 1354 Development of an Optimality Criterion-1: Output Criterion 418 13541 Minimization of Rate of Change of Effective Follower-Spring Force 418 13542 Relative Vibration and Relative Vibrational Energy 419 13543 Problem Formulation Based on the Output Criterion 419 1355 Development of an Optimality Criterion-2: Cam Criterion 419 13551 General 419 13552 Contact Stress at Cam-Follower Interface 419 1356 Formulation of Optimization Problem

Initial value of StaticDemoVal is 100 StaticDemoVal is 8 StaticDemoValDiv2(): 4

As the output shows, a static variable is initialized before any object of its class is created There are several restrictions that apply to static methods: A static method does not have a this reference This is because a static method does not execute relative to any object A static method can directly call only other static methods of its class It cannot directly call an instance method of its class The reason is that instance methods operate on specific objects, but a static method is not called on an object Thus, on what object would the static method operate

1 1 = 6 6

8:

1359 Optimization of Tuned DwellRise-Return-Dwell Cams 425 13591 General 425 13592 Formulation of Two-Point Boundary-Value Problem 425 13510 Conclusions 427 136 USE OF THE CONVOLUTION OPERATOR TO REDUCE RESIDUAL VIBRATIONS

A similar restriction applies to static data A static method can directly access only other static data defined by its class It cannot operate on an instance variable of its class because there is no object to operate on For example, in the following class, the static method ValDivDenom( ) is illegal:

class StaticError { public int Denom = 3; // a normal instance variable public static int Val = 1024; // a static variable /* Error! Can't directly access a non-static variable from within a static method */ static int ValDivDenom() { return Val/Denom; // won't compile! } }

1361 Introduction 427 1362 Symbols 427 1363 Basic Theory 428 1364 Fixed Convolution 430 1365 Constant Velocity Convolution 431 1366 Conclusion 434 137 POLYDYNE CAMS 434 1371 Introduction 434 1372 Fundamental Relationships 435 1373 Ramp Height, ra 437 1374 Spring Ratio Constant, kr 437 1375 Dynamic Constant, c 438 1376 Equivalent Weight, w 438 1377 Application of Polynomials for Cam Curves 439 1378 Example Using the 3-4-5 Polynomial End Mass Movement 440 1379 4-5-6-7 and 5-6-7-8-9 Polynomials

5 Next, add the file to the project by pressing Add Your screen will now look like this:

ln (1/2) 2 2 02598

6 Next, type the example program into the Examplecs window and then save the file (You can download the source code to the programs in this book from wwwmhprofessionalcom so you won t have to type in each example manually) When done, your screen will look like this:

1358 Optimization of Tuned DwellRise-Dwell Cams 421 13581 Formulation of Two-Point Boundary-Value Problems 421 13582 Solution of the Two-Point Boundary-Value Problem 422 13583 Minimization of Output Vibrations 423 13584 Minimization of Hertzian Cam Contact Stress 424

2:

An Overview of C#

1 1 3 3 3 x4

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