A History of Research and a Review of Recent Developments

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Penetration and fragmentation
7.23 Gelman, M.D., Richard, B.N. and Ito, Y.M. (1987) Impact of AP Projectile
into Array of Large Caliber Boulders, US Army Engineer Waterways Experiment
Station.
7.24 Chen, W.F. and Pau, A.D. (1991) Finite element and Finite block methods in
Geomechanics, Proc. of Third Int. Conf. on Constitutive Laws of Engineering
Materials, Tucson, Arizona.
7.25 Schwer, L.E., Rosinsky, R. and Day, J.A. (1987) Lagrangian technique for
predicting earth penetration including penetrator response, Third International
Symposium on Interaction of Non-nuclear Munitions with Structures, Mannheim,
Germany, March.
7.26 Creighton, D.C. (1982) Non-normal Projectile Penetration in Soil and Rock:
User’s Guide for Computer Code PENCO2D, US Army Waterways Experiment
Station Technical Report SL.82.7, Vicksburg, September.
7.27 Matuska, D., Durrett, R.E. and Osborn, J.J. (1982) HULL User’s Guide for
Three Dimensional Linking with EPIC3, Orlando Technology Inc. Report
ARBRL-CR-00484, Shalimar, Florida, July.
7.28 Ito, Y.M., Nelson, R.B. and Ross-Perry, F.W. (1979) Three Dimensional Numerical
Analysis of Earth Penetration Dynamics, US Defense Nuclear Agency Report
DNA 5404 F, January.
7.29 Yankelevsky, D.Z. (1983) Projectile penetration through a narrow drill in soil,
Int. Journal of Impact Engineering, 1(4), p. 377.
7.30 Young, C.W. and Young, E.R. (1985) Simplified Analytical Model of Penetration
withLateral Loading , Sandia National Laboratories Report SAND-84–1635, May.
7.31 Amini, A. and Anderson, J.B. (1993) Modelling of projectile penetration into
geologic targets based on energy tracking and momentum impulse principle,
Proc. of Sixth International Symp. on Interaction of Non-nuclear Munitions
with Structures, Panama City Beach, Florida, May, p. 6.
7.32 Pariseau, W.G. and Fairhurst, C. (1967) The force penetration characteristic
for wedge penetration into rock, Int. Journal of Rock Mech. and Min. Science,
4, p. 165.
7.33 Anderson, W.F., Watson, A.J., Johnson, M.R. and McNeil, G.M. (1983)
Optimization of rock/polymer composites to resist projectile penetration,
Materiaux et Constructions, 16(95), 343.
7.34 Whiffen, P. (1943) UK Road Research Laboratory Note No. MOS/311.
7.35 Beth, R.A. (1946) Effects of impact and explosion, Terminal Ballistics of Concrete,
Chap. 7, Vol. 1, Summary Tech Rep DW2, NRDC, Washington.
7.36 Forrestal, M.J., Altman, B.S., Cargile, J.D. and Hanchak, S.J. (1993) An empirical
equation for penetration depth of ogive-nosed projectiles into concrete targets,
Proc. of 6th Int. Symp. on Interaction of Non-nuclear Munitions with Structures,
Panama City Beach, Florida, USA, May.
7.37 Brown, S.J. (1986) Energy release protection for pressurised systems, Part 2. Review
of studies into impact/terminal ballistics, Applied Mechanics Review, 39.
7.38 Gold, V.M., Pearson, J.C. and Turci, J. (1993) Resistance of concrete and
reinforced concrete structures impacted by CU and TA projectiles, Proc. of 6th
Symp. on the Interaction of Non-nuclear Munitions with Structures, Panama
City Beach, Florida USA, May.
7.39 Tate, A. (no date) A theory for the deceleration of long rods after impact, J.
Mech. Phys. Solids, 15, 387.
7.40 Peters, J., Anderson, W.F. and Watson, A.J. (1994) Determination of penetration
parameters from the stress pulse generated during projectile penetration into
cementitious materials, Structures Under Shock and Impact III, Comp. Mech.
Pub., June, p. 235.