DOIAbstract
激光焊接是高能束焊接方法之一,采用高功率Nd:YAG激光束可将钢板和铝板连接在一起,具有焊缝高宽比大、热影响区小、焊接残余应力及残余变形小、焊接速度快等优点.在汽车车身结构中同时采用钢材、铝材可达到自身质量和制造成本的优化.由于钢材和铝材的力学、热力学性能相差很大,采用何种焊丝能得到性能良好的焊缝材料是较为关键的技术.为此探讨了2种板材搭接后焊缝材料的力学性能、硬度等对焊接接头性能的影响,着重研究了锌基ZnAl合金焊缝材料的影响.中文核心期刊要目总览(PKU)0425-273
激光焊接是高能束焊接方法之一,采用高功率Nd:YAG激光束可将钢板和铝板连接在一起,具有焊缝高宽比大、热影响区小、焊接残余应力及残余变形小、焊接速度快等优点.在汽车车身结构中同时采用钢材、铝材可达到自身质量和制造成本的优化.由于钢材和铝材的力学、热力学性能相差很大,采用何种焊丝能得到性能良好的焊缝材料是较为关键的技术.为此探讨了2种板材搭接后焊缝材料的力学性能、硬度等对焊接接头性能的影响,着重研究了锌基ZnAl合金焊缝材料的影响.中文核心期刊要目总览(PKU)0425-273
介绍一种新型激光叠焊系统,利用该系统可将尺寸范围为12.0m×1.5m厚度不等的两块不锈钢板重叠焊接在一起。针对大尺寸不锈钢板尺寸大、易变形等特点提出了主—辅式压紧机构,有效地...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Bu çalışmada, havacılık endüstrisinde yaygın olarak kullanılan, farklı kalınlıklara sahip, lazer kay...
Alüminyum alaşımları ile yüksek mukavemetli çeliklerin bir arada kullanımının hızla artması sonucu f...
Alüminyum alaşımları ile yüksek mukavemetli çeliklerin bir arada kullanımının hızla artması sonucu f...
[[abstract]]鋁合金因具有比重輕、塑性好、易於加工成形、無低溫脆性及耐腐蝕等許多優點而被廣泛運用。由於對CO2雷射反射高達99%左右，所以CO2雷射在銲接鋁合金時，首先遇到的問題是如何有效的...
激光拼焊是指将几块不同材质、不同厚度、不同涂层的钢板在冲压成形前用激光对焊在一起,然后进行成型的技术,在汽车工业中具有重要地位。压紧机构是保证定位精度和焊接过程稳定性的关键机构。激光拼焊中常用的压紧方...
激光拼焊是指将几块不同材质、不同厚度、不同涂层的钢板在冲压成形前用激光对焊在一起,然后进行成型的技术,在汽车工业中具有重要地位。压紧机构是保证定位精度和焊接过程稳定性的关键机构。激光拼焊中常用的压紧方...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
为降低长焊缝激光拼焊对板材边缘直线度的要求,提出了焊缝碾压预成形技术,其通过利用碾压轮碾压板材边缘使其发生属性变形来消除焊缝间隙,并且能够实现碾压量随间隙量大小而实时调整以保证板材碾压变形后的延展量正...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
为降低长焊缝激光拼焊对板材边缘直线度的要求,提出了焊缝碾压预成形技术,其通过利用碾压轮碾压板材边缘使其发生属性变形来消除焊缝间隙,并且能够实现碾压量随间隙量大小而实时调整以保证板材碾压变形后的延展量正...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
介绍一种新型激光叠焊系统,利用该系统可将尺寸范围为12.0m×1.5m厚度不等的两块不锈钢板重叠焊接在一起。针对大尺寸不锈钢板尺寸大、易变形等特点提出了主—辅式压紧机构,有效地...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
介绍一种新型激光叠焊系统,利用该系统可将尺寸范围为12.0m×1.5m厚度不等的两块不锈钢板重叠焊接在一起。针对大尺寸不锈钢板尺寸大、易变形等特点提出了主—辅式压紧机构,有效地...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Bu çalışmada, havacılık endüstrisinde yaygın olarak kullanılan, farklı kalınlıklara sahip, lazer kay...
Alüminyum alaşımları ile yüksek mukavemetli çeliklerin bir arada kullanımının hızla artması sonucu f...
Alüminyum alaşımları ile yüksek mukavemetli çeliklerin bir arada kullanımının hızla artması sonucu f...
[[abstract]]鋁合金因具有比重輕、塑性好、易於加工成形、無低溫脆性及耐腐蝕等許多優點而被廣泛運用。由於對CO2雷射反射高達99%左右，所以CO2雷射在銲接鋁合金時，首先遇到的問題是如何有效的...
激光拼焊是指将几块不同材质、不同厚度、不同涂层的钢板在冲压成形前用激光对焊在一起,然后进行成型的技术,在汽车工业中具有重要地位。压紧机构是保证定位精度和焊接过程稳定性的关键机构。激光拼焊中常用的压紧方...
激光拼焊是指将几块不同材质、不同厚度、不同涂层的钢板在冲压成形前用激光对焊在一起,然后进行成型的技术,在汽车工业中具有重要地位。压紧机构是保证定位精度和焊接过程稳定性的关键机构。激光拼焊中常用的压紧方...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
为降低长焊缝激光拼焊对板材边缘直线度的要求,提出了焊缝碾压预成形技术,其通过利用碾压轮碾压板材边缘使其发生属性变形来消除焊缝间隙,并且能够实现碾压量随间隙量大小而实时调整以保证板材碾压变形后的延展量正...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
为降低长焊缝激光拼焊对板材边缘直线度的要求,提出了焊缝碾压预成形技术,其通过利用碾压轮碾压板材边缘使其发生属性变形来消除焊缝间隙,并且能够实现碾压量随间隙量大小而实时调整以保证板材碾压变形后的延展量正...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
介绍一种新型激光叠焊系统,利用该系统可将尺寸范围为12.0m×1.5m厚度不等的两块不锈钢板重叠焊接在一起。针对大尺寸不锈钢板尺寸大、易变形等特点提出了主—辅式压紧机构,有效地...
Laser conduction welding was used to directly join DH36 steel to AA5083 aluminium alloy in a T joint...
介绍一种新型激光叠焊系统,利用该系统可将尺寸范围为12.0m×1.5m厚度不等的两块不锈钢板重叠焊接在一起。针对大尺寸不锈钢板尺寸大、易变形等特点提出了主—辅式压紧机构,有效地...
Due to the enormous potential of weight saving, and the consequential reduction of pollutant emissio...
Bu çalışmada, havacılık endüstrisinde yaygın olarak kullanılan, farklı kalınlıklara sahip, lazer kay...
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