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natural frequency: lowest inherent rate of free vibration of a spring vibrating between its own ends pitch: distance from center to center of wire in adjacent coils in an open-wound spring plain ends: end coils of a helical spring having a constant pitch and with the ends not squared plain ends, ground: same as plain ends, except that wire ends are ground square with the axis rate: spring gradient, or change in load per unit of deflection residual stress: stress mechanically induced by such means as set removal, shot peening, cold working, or forming; it may be beneficial or not, depending on the spring application..

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deforms elastically until the load reaches Lz (10 000 lb) and then it deforms plastically. But Lz is also the maximum value of load that this specimen reaches on reloading. It never again will support a load of Lu = 12 000 lb. On this basis, the yield strength of this specimen is (Sy)W = Lz 10 000 = = 99 200 psi Az 0.101

if IN5 = 1 then gosub_chan_6 if IN6 = 1 then gosub_chan_7 if IN7 = 1 then gosub_chan_8 if IN8 = 1 then gosub_chan_9 if IN9 = 1 then gosub_chan_10 if IN10 = 1 then gosub_chan_11 if IN11 = 1 then gosub_chan_12 pause 100 goto main

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And the tensile strength of this previously deformed specimen is (Su)W = Lz 10 000 = = 99 200 psi Az 0.101

In the sample code, I left the fourth scene empty. It is your playground. Go crazy and experiment. Particle systems are very fun to play with, and I spent most of my time while writing this chapter just tweaking the various effects. Not only did I want to get them to look good for the chapter, but it was just so much fun to see what the fire would look like if the yellow were a bit more orange. Or if I could make it look like some evil magic energies if I changed the colors to go from green to purple (answer: yes!).

32116 Ratio of Tensile Strength to Brinell Hardness It is commonly known by mechanical-design engineers that the tensile strength of a steel can be estimated by multiplying its Brinell hardness number by 500 As stated earlier, this fact led to the wide acceptance of the Brinell hardness scale However, this ratio is not 500 for all materials it varies from as low as 450 to as high as 1000 for the commonly used metals The ratio of the tensile strength of a material to its Brinell hardness number is identified by the symbol KB, and it is a function of both the load used to determine the hardness and the strain-strengthening exponent of the material.

Since the Brinell hardness number of a given material is not a constant but varies in proportion to the applied load, it then follows that the proportionality coefficient KB is not a constant for a given material, but it too varies in proportion to the load used in determining the hardness For example, a 50 percent cobalt alloy (L605 or HS25) has a Brinell hardness number of 201 when tested with a 3000-kg load and a hardness of only 150 when tested with a 500-kg load Since the tensile strength is about 145 000 psi for this annealed alloy, the value for KB is about 970 for the low load and about 730 for the high load Since the material is subjected to considerable plastic deformation when both the tensile strength and the Brinell hardness are measured, these two values are influenced by the strain-strengthening exponent m for the material.

Therefore, KB must also be a function of m Figure 3221 is a plot of experimental data obtained by this author over a number of years that shows the relationships between the ratio KB and the two variables strain-strengthening exponent m and diameter of the indentation, which is a function of the applied load From these curves it is apparent that KB varies directly with m and inversely with the load or diameter of the indentation d The following examples will illustrate the applicability of these curves A test was conducted on a heat of alpha brass to see how accurately the tensile strength of a material could be predicted from a hardness test when the strainstrengthening exponent of the material is not known Loads varying from 200 to 2000 kg were applied to a 10-mm ball, with the following results:.

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