[1] Shenoi Ra, Hawkins Gl. Influence of Material And Geometry Variations On The Behavior Of Bonded Tee Connections In Frp Ships. COMPOSITES 1992; 23:335–45.
[2] BLAKE J.I.R, SHENOI R.A, HOUSE J, TURTON T. Progressive Damage Analysis of Tee Joints With Viscoelastic Inserts. COMPOSITE: PART A 2001;32:641-653.
[3] SHENOI RA, VIOLETTE FLM. A Study Of Structural Composite Tee Joints In Small Boats. J COMPOS MATER 1990; 24:644–66.
[4] DODKINS AR, SHENOI RA, HAWKINS GL. Design Of Joints And Attachments In Frp Ships’ Structures. MARINE STRUCT 1994; 7:365–98.
[5] PHILLIPS HJ, SHENOI RA. Damage Tolerance Of Laminated Tee Joints In Frp Structures. COMPOS PART A 1998; 29:465–78.
[6] STICKLER P.B, RAMULU M., JOHNSON P.S., P.S. Experimental And Numerical Analysis Of Transverse Stitched T-Joints In Bending. COMPOSITE STRUCTURES 2000; 50:17-27.
[7] STICKLER P.B, RAMULU M, Parametric Analyses Of Stitched Composite T-Joints By The Finite Element Method. MATERIALS AND DESIGN 2002; 23 : 751–758.
[8] BLAKE J.I.R, SHENOI R.A, HOUSE J, TURTON T. Progressive Damage Analysis Of Tee Joints With Viscoelastic Inserts. COMPOSITE: PART A 2001;32:641-653.
[9] DHARMAWAN F, THOMSON RS, LI H, HERSZBERG I, GELLERT E. Geometry And Damage Effects In A Composite Marine T-Joint. COMPOS STRUCT 2004; 66:181–7.
[10] RISPLER AR, STEVEN GP, TONG L. Failure Analysis Of Composite T-Joints Including Inserts. J REINF PLASTIC COMPOS 1997; 16:1642–58.
[11] LI HCH, DHARMAWAN F, HERSZBERG I, JOHN S. Fracture Behavior of Composite Maritime T-Joints. COMPOS STRUCT 2006; 75:339–50.
[12] TURAGA UVRS, SUN CT. Failure Modes And Load Transfer In Sandwich T-Joints. J SANDWICH STRUCT MATER 2000;2:225–45.
[13] THEOTOKOGLOU EE, MOAN TJ. Experimental and Numerical Study Of Composite Tee-Joints. J COMPOS MATER 1996;30:190–209.
[14] D.W. ZHOU, L.A. LOUCA, M. SAUNDERS. Numerical Simulation of Sandwich T-Joints under Dynamic Loading. COMPOSITES: PART B 2008;39: 973–985.
[15] TOFTEGAARD H, LYSTRUP A. Design and Test Of Lightweight Sandwich T-Joint For Naval Ships. COMPOSITES: PART A 2005; 36:1055–1065.
[16] S.M.R Khalili, A. Ghaznavi, Numerical Analysis Of Adhesively Bonded T-Joints On Structural Sandwiches And Study Of Design Parameters On Their Performance, INTERNATIONAL JOURNAL OF ADHESION & ADHESIVES 31(2011)347–356
[17] S.M.R Khalili, A. Ghaznavi, Behavior and Failure Modes Of Sandwich T-Joint Using Cohesive Zone Material Model And Contact Elements, Journal of Applied Composite Materials, 2012, DOI: 10.1007/s10443-012-9248-9, ISSN: 1573-4897
[18] A. Ghaznavi, A. Ghaznavi, S.M.R Khalili, Failure Prediction And LoadDistribution Of Sandwich T-Joint InMarine Structures, , Archives Des Sciences Journal (ISSN: 1661-464X), Volume. 65, Issue. 6, 2012
[19] سید محمد رضا خلیلی، آیدین غزنوی، مدلسازی عددی اتصال تی شکل صفحات ساندویچی ، مجله علمی-پژوهشی امیرکبیر. سال 1390-شماره 2
[20] KUMARI S, SINHA PK. Finite Element Analysis of Composite Wing Tjoints. J REINF PLASTIC COMPOS 2002; 21:1561–85.
[21] EARL J.S., DULIEU-BARTON J.M., SHENOI R.A. Determination of Hygrothermal Ageing Effects In Sandwich Construction Joints Using Thermoelastic Stress Analysis. COMPOSITES SCIENCE AND TECHNOLOGY 2003; 63: 211–223.
[22] NESER G., DILER E., OZES C., Effect Of T-Joint Geometry On The Performance Of A Grp/Pvc Sandwich System Subjected To Tension. JOURNAL OF REINFORCED PLASTICS AND COMPOSITES 2009; 28: 49-58.
[23]F. L. STACA, Applied Finite Element Analysis for Engineers, THE DRYDEN PRESS (1986).
[24] TECHNICAL MANUAL, DIVINYCELL HD, COPYRIGHT © DIAB GROUP AB OCTOBER 2009.
[25] LIM T., LEE C., LEE D.G., Failure Modes Of Foam Core Sandwich Beams Under Static And Impact Loads. JOURNAL OF COMPOSITE MATERIALS 2004; 38; 1639-1662.
[27] ANSYS, USER’S MANUAL.
[28] ALFANO G., CRISFIELD M.A., "Finite Element Interface Models For The Delamination Anaylsis Of Laminated Composites: Mechanical And Computational Issues", INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN ENGINEERING, 2001;50: 1701-1736.
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