ASM Metals HandBook Vol. 8 - Mechanical Testing and Evaluation

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Fig. 17 Stress-time diagrams from high rate tension testing of carbon steel (0.45% C) between room

temperature and 600 °C (1100 °F)

References cited in this section

51. H. C. Mann, High Velocity Tension Impact Tests, Proc. ASTM, Vol 36 (part 2), 1936, p 85–109

52. R.O. Fehr, E. Parker, and D.J. DeMichael, Measurement of Dynamic Stress and Strain in Tensile Test

Specimens, J. Appl. Mech. (Trans. ASME), Vol 6A, 1944, p 65–71

53. R. Dormeval and M. Stelly, Influence of Grain Size and Strain Rate of the Mechanical Behavior of

High-Purity Polycrystalline Copper, Second Conf. on Mechanical Properties at High Rates of Strain,

1979 (Oxford), Institute of Physics, London, Serial No. 47, p 154–165

54. C.E. Frantz, P.S. Follansbee, and W.E. Wright, New Experimental Techniques with the Split Hopkinson

Pressure Bar, High Energy Rate Forming, Berman and Schroeder, Ed., American Society of Mechanical

Engineers, 1984, p 229

55. A.M. Lennon and K.T. Ramesh, A Technique for Measurement the Dynamic Behaviour of Materials at

High Temperatures, Int. J. Plast., Vol 14 (No. 12), 1998, p 1279–1292

High Strain Rate Tension and Compression Tests

Acknowledgments

The discussion of rotating wheel tension testing was prepared for this Volume by L.W. Meyer, S. Abdel-Malek,

and T. Halle, Technical University Chemnitz and Nordmetall GbR, Germany. Other portions of this article

were adapted from the following articles in Volume 8 of the 9th Edition Metals Handbook:

• “Drop Tower Compression Testing” by G.B. Dudder (p 196–198)

• “Rod Impact (Taylor) Test” by D.C. Erlich (p 203–207)

• “High Strain Rate Compression Testing: Introduction” by P.S. Follensbee (p 190–192)

• “The Hopkinson Bar” by P.S. Follensbee (p 198–203)

• “Compression Testing by Conventional Load Frames at Medium Strain Rates” by P.S. Follansbee and

P.E. Armstrong (p 192–193)

• “The Cam Plastometer” by J.E. Hockett (p 193–196)

• “High Strain Rate Tension Testing” by T. Nicholas and S.J. Bless (p 208–214)

• “Introduction to High Strain Rate Testing” by M.R. Staker (p 187–189)

High Strain Rate Tension and Compression Tests

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