Starting with topology optimize of 2D continuum and considering the technologic characteristic of manufacture of aluminum alloy, the present work designed the structure of aluminum alloy sandwich panel.

Parameter prediction of bending of aluminum alloy sheet induced by laser prompt heating;

Tribotest at drawbead in aluminum alloy sheet warm forming;

Finite element analysis on mechanical behavior of adhesive joint of steel sheet and aluminum alloy sheet;

Center-cracked aluminum alloy plates were adhesively one-side bonded with unidirectional carbon/ epoxy composite patches by vacuum-bagging process.

The aluminum alloy plate for adhesive bonding was anodized in the solution of phosphoric acid and its adhesion performance was studied.

ANSYS finite element analysis method was adopted to analyze the rigidity of a center holed aluminum alloy plate, and to investigate the influence of hole on rigidity and stress area disturbed.

Research and development of friction and lubrication for aluminium alloy sheet forming;

Formability window of aluminium alloy sheet at variable blank-holder force;

In order to exactly evaluate drawability of automotive aluminum alloy sheets, the correlation between material properties and formability of automotive aluminium alloy sheets, based on the sample data obtained from uniaxial tension, plane strain tension and cylindrical deep drawing tests, is analyzed by means of regression analysis method.

Study on the foaming structure of sandwich layer of aluminum foam sandwich;

Preparation of Aluminum Foam Sandwich Perform by Roll-bonding Process

The technique of roll-bonding was applied to prepare the foaming composite board in order to settle the main problem that exists in the preparation of aluminum foam sandwich in this work.