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混合材料连接-Mixed Material Joining Advancements and Challenges
目录
I. INTRODUCTION AND METHOD ............................................................................................................. 1
II. MULTI-MATERIAL JOINING TECHNOLOGIES ......................................................................................... 2
III. PARAMETERS CONSIDERED FOR SELECTING JOINING TECHNOLOGIES ............................................... 9
IV. TEST PROCEDURES FOR EVALUATING JOINTS.................................................................................... 12
V. MAJOR CHALLENGES WITH MIXED-MATERIAL JOINING TECHNOLOGIES ......................................... 14
VI. FUTURE POTENTIAL WORK AND NEXT STEPS .................................................................................... 24
VII. SUMMARY AND THE WAY FORWARD ................................................................................................ 28
II. MULTI-MATERIAL JOINING TECHNOLOGIES
A multi-material body structure utilizes different material combinations within a same part or assembly for optimizing weight and performance. The material combinations can include high strength steel with aluminum, aluminum with magnesium, metals with polymer composites, etc. Figure 1 illustrates the use of different materials in the same part to save weight while maintaining performance.
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