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the height of the upper edge is 3 x/2, and that number is also the radius of the circular slice at position x (Fig 86) Thus the area of that slice is A(x) = 3 x 2

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A = follower acceleration, in/sec2 F = friction force to cam surface, lb Fa = inertia force, lb Fk = kinetic friction force, lb Fn = force normal to cam surface, lb Fs = static friction force, lb h = maximum rise of follower, in I = moment of inertia of body about center of rotation lb-in-sec2 k = radius of gyration, in ks = spring index, ib/in L = external load on cam, lb Lo = m + L = total load on cam, lb m = follower mass, lb-sec2/in N = normal component of velocity, ips r = distrance from cam center to roller follower center, in rb = base circle radius, in S = spring force, lb T = torque, in-lb Ta = inertia torque, in-lb TG = tailgate torque, in-lb vS = sliding component of velocity, ips w = equivalent weight, lb y = follower displacement, in y = follower velocity, ips = follower acceleration in/sec2 a = angular acceleration radians/sec2

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Although the preceding examples have shown the easiest way to implement an iterator, there is an alternative: the named iterator In this approach, you create a method, operator, or accessor that returns a reference to an IEnumerable object Your code will use this object to supply the iterator A named iterator is a method with the following general form: public IEnumerable itr-name(param-list) { // yield return obj; } Here, itr-name is the name of the method, param-list specifies zero or more parameters that will be passed to the iterator method, and obj is the next object returned by the iterator Once you have created a named iterator, you can use it anywhere that an iterator is needed For example, you can use the named iterator to control a foreach loop Named iterators are very useful in some circumstances because they allow you to pass arguments to the iterator that control what elements are obtained For example, you might pass the iterator the beginning and ending points of a range of elements to iterate This form of iterator can also be overloaded, further adding to its flexibility The following program

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thickness , x 3 _ x/2

ap = pressure angle, deg b = cam angle rotation for rise, h, radians d = de ection, in m = coef cient of friction q = cam angle rotation, radians w = cam rotational speed, rad/sec

illustrates two ways that a named iterator can be used to obtain elements One enumerates a range of elements given the endpoints The other enumerates the elements beginning at the start of the sequence and ending at the specified stopping point

// Use named iterators using System; using SystemCollections; class MyClass { char ch = 'A';

We shall discuss the cam-follower system forces driven by constant speed cam The forces listed are generally superimposed on each other during the cam-follower system action working loads impact forces inertia forces vibratory forces frictional forces spring forces operating forces (braking, start/stop, and overload shock actions)

// This iterator returns the letters // of the alphabet, beginning at A and // stopping at the specified stopping point public IEnumerable MyItr(int end) { for(int i=0; i < end; i++) yield return (char) (ch + i); } // This iterator returns the specified // range of letters public IEnumerable MyItr(int begin, int end) { for(int i=begin; i < end; i++) yield return (char) (ch + i); } } class ItrDemo4 { static void Main() { MyClass mc = new MyClass(); ConsoleWriteLine("Iterate the first 7 letters:"); foreach(char ch in mcMyItr(7)) ConsoleWrite(ch + " "); ConsoleWriteLine("\n");

3

ConsoleWriteLine("Iterate letters from F to L:"); foreach(char ch in mcMyItr(5, 12)) ConsoleWrite(ch + " "); ConsoleWriteLine(); } }

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