1. The pin load distribution of scarfed lap joint was studied using ABAQUS software.

2. Taking the form of lap joint as an example, the effect of final assembling deviation affect by the assembly sequence was analyzed by adopting the method of worse condition.

3. It suggested lap joint should be avoided in load carrying structures.

4. The shear strength and elongation of the lap joint increase with the increase of strain rate.

5. The single lap joint fails when the crack length reaches to the critical size.

6. Describe the usual problems of lead lap joint about valve electric actuator when working and the improvement of joint process.

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7. Thoroughly has changed present encaustic tile mutual lap joint form.

8. The results indicate that good lap joint between aluminum and galvanized steel sheet can be made in appropriate parameters.

9. The effect of elastic modulus of adhesive on the str ess distribution in aluminium alloy single lap joint was investigated using elastic-plastic finite element method(FEM).

10. This paper is to discuss the interlaminar stresses of adhesive lap joint by the energy method without considering the adhesive layer.

11. The finite element method(FEM) is applied to investigate the effect of metal inlay in single lap joint on the stress distribution.

12. To join ( pieces, as of wood ) by means of a scarf or lap joint.

13. The effect of each inherent strain component on the angular distortion of the lap joint is studied using inherent strain method.

14. The BEM technique for adhesive-bonded structure proves valid by comparing the stress distribution for double lap joint calculated in this paper with that calculated by finite element method.

15. The test results show that the reinforced porous brick wall similar tO normal reinforced brick wall on aseismic design, shear resistance of the bar cannot be used very much when using lap joint ...

16. The stress and stiffness analytical models of a single- lap joint based on the linear elasticity theory was developed, including the adherend shear deformations.

17. The stress and stiffness models of a single - lap joint elasticity theory considering the adherend shear deformations.