Adhesive joints

Adhesive Joints: Formation, Characteristics and Testing by K. L. Mitall
It sounds like you want somthing that likely doesn't exist. At least in the way it was asked.
Jim
Go to and search for "adhesive joints" or "adhesively bonded joints".

The info you are seeking varies with the agent and the materials being bonded.
I suggest you contact manufacturers/suppliers of various types of bonding agents for their product data sheets.
Carl Sachs
sailaj wrote:

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