Authors:
Firstov, SA
Podrezov, YN
Lugovoi, NI
Slyunyaev, VN
Verbilo, DG
Citation: Sa. Firstov et al., Effect of pore space structure on deformation energy absorption during compression of highly porous composites. II. Intense hardening stage, POWD MET ME, 39(9-10), 2000, pp. 498-503
Authors:
Firstov, SA
Podrezov, YN
Lugovoi, NI
Slyunyaev, VN
Verbilo, DG
Citation: Sa. Firstov et al., Effect of the pore space structure on deformation energy absorption duringcompression of high-porosity composites. I. Low hardening stage, POWD MET ME, 39(7-8), 2000, pp. 407-413
Authors:
Podrezov, YN
Lugovoi, NI
Slyunyaev, VN
Verbilo, DG
Chernyshev, LI
Citation: Yn. Podrezov et al., Principles of the design of highly porous layered composites working in the bending mode, POWD MET ME, 39(3-4), 2000, pp. 171-177
Authors:
Podrezov, YN
Chernyshev, LI
Lugovoi, NI
Verbilo, DG
Citation: Yn. Podrezov et al., Structural sensitivity of the ultimate mechanical properties of biporous materials prepared using a pore-former, POWD MET ME, 38(7-8), 1999, pp. 403-407
Authors:
Podrezov, YN
Mil'man, YV
Lotsko, DV
Lugovoi, NL
Verbilo, DG
Efimov, NA
Citation: Yn. Podrezov et al., A method of determining the mechanical properties of a two-layer compositeconsisting of a steel matrix and a plasma spray coating based on amorphizing powders, POWD MET ME, 38(5-6), 1999, pp. 224-227
Authors:
Podrezov, YN
Lugovoi, NI
Slyunyaev, VN
Verbilo, DG
Chernyshev, LI
Citation: Yn. Podrezov et al., Comparative study of the specific stiffness and yield of powder compact and porous materials during bend testing, POWD MET ME, 38(11-12), 1999, pp. 618-624