Steels are a class of materials with multiple and complicated transformations; this is true even for steels of the basic cutlery industry. A damascus steel is a fascinating subject to study, rich in multiple facets, that appears in a first approach as a composite material artisti…
Steels are a class of materials with multiple and complicated transformations; this is true even for steels of the basic cutlery industry. A damascus steel is a fascinating subject to study, rich in multiple facets, that appears in a first approach as a composite material artisti…
by Powell, Robert, Gillespie, LaRoux K., Sommer, John G., Wick, Charles, Harper, Charles A., Bralla, James G., Adams, Donald A., Bainbridge, Robert W., Beck, Ronald D., Bralla, J. R. Casey, Bryan, Welsford J., Cann, Roald, Castellano, E. N., Casteras, John, Cocco, John, Coggins, Glenn, Everhart, John L., Fischlin, Joe K., Fuchs, Henry O., Gonas, Albert J., Guichelaar, Philip J., Haley, Stuart, Hanson, Andrew D., Hellman, Paul M., Hodska, Nicholas S., Hornbruch, Frederick W., Jones, J. Franklin, Judson, Theodore W., Langlois, Kenneth, Lewis, Fred W., Liu, C. Richard, MacLaren, John L., MacLeod, R. Bruce, McMullin, William B., Militzer, R. W., Mowry, Wes, Musbach, Alan J., Niebel, B. W., Pannier, Ralph A., Piccinino, L. J., Roseliep, Robert, Saperstein, Harry, Schneberger, Gerald L., Skillingberg, Michael H., Slezak, Ted, Sopko, Paul, Spinosa, Robert J., Stein, John, Strasser, Federico, Swan, B. H., Tannenberg, Dieter E. A., Throop, James W., Tonini, Daryl E., Tyrrell, William R., Wilcox, Jay C., Zuppann, Edward C., Spring Manufacturers Institute., Technology Committee, Teledyne Landis Machine., Engineering Staff, Mohr, J. Gilbert
fromMcGraw-Hill's AccessEngineering
Pt. 1. Introduction -- pt. 2. Economical use of raw materials -- pt. 3. Formed-metal components -- pt. 4. Machined components -- pt. 5. Castings -- pt. 6. Nonmetallic parts -- pt. 7. Assemblies -- pt. 8. Finishes -- pt. 9. Additional developments
by Powell, Robert, Gillespie, LaRoux K., Sommer, John G., Wick, Charles, Harper, Charles A., Bralla, James G., Adams, Donald A., Bainbridge, Robert W., Beck, Ronald D., Bralla, J. R. Casey, Bryan, Welsford J., Cann, Roald, Castellano, E. N., Casteras, John, Cocco, John, Coggins, Glenn, Everhart, John L., Fischlin, Joe K., Fuchs, Henry O., Gonas, Albert J., Guichelaar, Philip J., Haley, Stuart, Hanson, Andrew D., Hellman, Paul M., Hodska, Nicholas S., Hornbruch, Frederick W., Jones, J. Franklin, Judson, Theodore W., Langlois, Kenneth, Lewis, Fred W., Liu, C. Richard, MacLaren, John L., MacLeod, R. Bruce, McMullin, William B., Militzer, R. W., Mowry, Wes, Musbach, Alan J., Niebel, B. W., Pannier, Ralph A., Piccinino, L. J., Roseliep, Robert, Saperstein, Harry, Schneberger, Gerald L., Skillingberg, Michael H., Slezak, Ted, Sopko, Paul, Spinosa, Robert J., Stein, John, Strasser, Federico, Swan, B. H., Tannenberg, Dieter E. A., Throop, James W., Tonini, Daryl E., Tyrrell, William R., Wilcox, Jay C., Zuppann, Edward C., Spring Manufacturers Institute., Technology Committee, Teledyne Landis Machine., Engineering Staff, Mohr, J. Gilbert
fromMcGraw-Hill's AccessEngineering
