I've worked during Materials Engineering University with adhesive
joints.
Some books are listed below.
Bye
Marco (Italy)
[1] Adams R.D. and Wake W.C., Structural adhesive joints in
engineering , Elsevier applied science publishers, 1986, Barking Essex
UK
[2] Crocombe AD Bigwood DA: ‘Development of a full
elastoplastic adhesive joint design analysis’, J. of Strain
analysis 27, 211 e seg. (1992)
[3] Papini, M. Fernlund, G. Spelt, J.K.: ‘The effect of geometry
on the fracture of adhesive joints’, International journal of
adhesion and adhesives 14 (1) 5 e seg. JAN 01 (1994)
[4] Pradhan, S.C. Iyengar, N.G.R. Kishore, N.N.: ‘Elasto-Plastic
Analysis of Adhesive Bonded Joint’, Mechanics research
communications. 20(2), 155 e seg., MAR 01 (1993)
[5] Tsai, M. Y. Morton, J. : ‘An experimental investigation of
nonlinear deformations in single-lap joints’ Mechanics of
materials. 20 (3), 183 e seg., MAY 01 (1995)
[6] Anderson G.P., De Vries K.L.: “Predicting strength of
adhesive joints from test results”, Int. J. of Fracture 39,
(1/3) , 1989
[7] Lee, K.Y. Kong, B.S.: ‘Theoretical and experimental studies
for the failure criterion of adhesively bonded joints’, Journal
of adhesion science and technology. 14 (6) 817 e segg. (2000)
[8] Aklonis J.J. and Mackinght, W.J.: ‘Introduction to polymer
viscoelasticity’, 1983, 2nd Ed., Wiley, New York N.Y.
[9] Pandey, P.C. Shankaragouda, H. Singh, A.Kr.: ‘Nonlinear
analysis of adhesively bonded lap joints considering viscoplasticity
in adhesives’. Computers & structures. 70 (4) 387 e seg. (1999)
[10] Sancaktar E.: Fracture of adhesive joints: material, fatigue,
interphase and stress concentration consideration”, J. of
Adhesion Sc. & Tech., 9(2) (1995)
[11] Delale F., Erdogan F.: ‘Viscoelastic analysis of adhesive
bonded bonded joints’, J. Appl. Mech 48, 331 e seg. (1981)
[12] Hu, G.K. Schmit, F. Francois, D.: ‘Viscoplastic Analysis of
Adhesive Joints’, Journal of applied mechanics, Transaction of
ASME,. 63 (1), 21-26, MAR 01 1996
[13] Palazotto, Anthony N. Birman, Victor: ‘Environmental and
Viscoelastic Effects on Stresses in Adhesive Joints’, Journal of
aerospace engineering. 8 (2) 107 e seg. APR 01 (1995)
[14] Roy, S. Reddy, J.N.: ‘Finite-element Models of
Viscoelasticity and diffusion in Adhesively Bonded Joints’,
International journal for numerical methods in engineering 26 (11)
2531-2541 NOV 01 (1988)
[15] A.M. Vinogradov, F. Holloway ‘Dynamic mechanical testing
of the creep and relaxation properties of polyvinylidene
fluoride” Polymer Testing 19 131-142. (2000)
[16] Sancaktar, E.: ‘A Comparison of Linear with Nonlinear
Viscoelastic Solutions for Shear Stress Concentration in Double Lap
Joints’, Journal of adhesion. 34 (1/4) 211 e seg. (1991)
[17] J.D. Ferry, Viscoelastic Properties of Polymers, J. Wiley & Sons
Inc., NewYork (1980)
[18] T.Ricco, A.Pegoretti, ‘Nonlinear dynamic behaviour of
rubber compounds: construction of dynamic moduli generalized master
curves’ Polymer Engineering and Science, 40(10) (2000)
2227-2231.
[19] Loctite worldwide design handbook , 2a edizione italiana, ed.
Loctite European Group (1999) Monaco (Germania)
[20] Bertini L., Fontanari V., Mauri P.: “Influenza della forma
sulla resistenza a taglio di giunti incollati’ Atti del XXIX
Convegno Nazionale AIAS, Lucca 6-9 settembre 2000, 1041-1050
[21] Pirondi, A., Nicoletto G.:’Comportamento a frattura di un
adesivo strutturale’, IGF 15, Attidel XV Convegno naz. Del
Gruppo Italiano Frattura, Bari 3-5 maggio 2000, 459-466