STRUCTURAL ANALYSIS OF VISCOELASTIC MATERIALS

[1] Alfrey T., 1944, Q APPL MATH, V2, P113, DOI [10.1090/qam/10499, DOI 10.1090/QAM/10499]

[2] ARENZ RJ, 1961, 20 P JOINT ARM PHYS, P143

[3] ARENZ RJ, 1964, J APPL MECH, V31, P17

[4] ARENZ RJ, 1963, ASDTDR63140 AER SYST, P79

[5] ARENZ RJ, 1963, THESIS CALIFORNIA I

[6] BALDWIN JB, 1960, 19TH B M JANAF PHYS, P151

[7] BALTRUKONIS JH, 1961, 20TH P M JANAF PHYS, P109

[8] NEW METHODS IN HEAT FLOW ANALYSIS WITH APPLICATION TO FLIGHT STRUCTURES [J]. JOURNAL OF THE AERONAUTICAL SCIENCES, 1957, 24 (12): : 857 - 873

[9] BIOT MA, 1955, 4 P MID WEST C SOL M, P94

[10] BLATZ PJ, 1962, SM6223 CAL I TECHN G

[1] Alfrey T., 1944, Q APPL MATH, V2, P113, DOI [10.1090/qam/10499, DOI 10.1090/QAM/10499]

[2] ARENZ RJ, 1961, 20 P JOINT ARM PHYS, P143

[3] ARENZ RJ, 1964, J APPL MECH, V31, P17

[4] ARENZ RJ, 1963, ASDTDR63140 AER SYST, P79

[5] ARENZ RJ, 1963, THESIS CALIFORNIA I

[6] BALDWIN JB, 1960, 19TH B M JANAF PHYS, P151

[7] BALTRUKONIS JH, 1961, 20TH P M JANAF PHYS, P109

[8] NEW METHODS IN HEAT FLOW ANALYSIS WITH APPLICATION TO FLIGHT STRUCTURES [J]. JOURNAL OF THE AERONAUTICAL SCIENCES, 1957, 24 (12): : 857 - 873

[9] BIOT MA, 1955, 4 P MID WEST C SOL M, P94

[10] BLATZ PJ, 1962, SM6223 CAL I TECHN G