·1504· 北京科技大学学报 第36卷 154 [12]Tang B T,Yuan Z J,Zhang B Y,et al.Characterization of hot 6]Panda S K.Kumar DR.Improvement in formability of tailor wel- stamping and quenching of laser tailor welded blanks of HSLA ded blanks by application of counter pressure in biaxial stretch steel B340LA and boron steel B1500HS.Trans Mater Heat forming.J Mater Process Technol,008,204(1):70 Treat,2013,34(2):62 Qiu X G,Chen W L.The study on numerical simulation of the la- (唐炳涛，原政军，张保仪，等.高强钢B340LA与B1500HS ser tailor welded blanks stamping.J Mater Process Technol,2007, 钢激光拼焊板热冲压淬火性能.材料热处理学报，2013,34 187-188:128 (2):62) [8]Li YT,Zhang W J,Yang L J,et al.Laser tailor welding of alu- [13]Tang BT,Yuan ZJ,Cheng G,et al.Experimental verification minum alloy sheet and cup axon formability of TWB.Trans China of tailor welded joining partners for hot stamping and analytical Weld Inst,2012,33(4):81 modeling of TWBs rheological constitutive in austenitic state.Ma- (李云涛，张文俊，杨立军，等.铝合金薄板激光拼焊工艺及 ter Sci Eng A,2013,585:304 其杯突成形性能.焊接学报，2012,33(4)：81) [14]Gu Z W,Meng J,Li X,et al.Research on optimization of the Panda S K,Li J,Hemandez V H B,et al.Effect of weld loca- heating parameters of the ultra high strength steel's austenization tion,orientation,and strain path on forming behavior of AHSS tai- in hot stamping process.J Jilin Univ Eng Technol Ed,2011,41 lor welded blanks.J Eng Mater Technol,2010,132(4):041003 (Suppl 2)194 [10]Chen W,Yang J C,Lin Z Q.Weld-bead movement and form- (谷诤巍，孟佳，李欣，等.超高强钢热成形奥氏体化加热参 ability of tailor-welded blanks during forming automobile panels. 数的优化.吉林大学学报，2011,41（增刊2）：194) Chin J Mech Eng,2004,40(9):62 [15]Yu W,Qi Y,Li L,et al.Effect of cooling process after normali- (陈炜，杨继昌，林忠钦.拼焊板覆盖件成形过程中的焊缝 zing on the microstructure and properties of 1600 MPa ultra-high- 移动和成形性能.机械工程学报，2004,40(9)：62) strength steel.J Univ Sci Technol Beijing,2014,36(1):56 [11]Garware M,Kridli GT,Mallick PK.Tensile and fatigue behav- (余伟，齐越，李亮，等.常化后冷却工艺对1600MPa级超 ior of friction-stir welded tailor-welded blank of aluminum alloy 高强钢组织性能的影响.北京科技大学学报，2014,36(1)： 5754.J Mater Eng Perform,2010,19(8)1161 56)北 京 科 技 大 学 学 报 第 36 卷 154 ［6］ Panda S K，Kumar D Ｒ． Improvement in formability of tailor wel￾ded blanks by application of counter pressure in biaxial stretch forming． J Mater Process Technol，2008，204( 1) : 70 ［7］ Qiu X G，Chen W L． The study on numerical simulation of the la￾ser tailor welded blanks stamping． J Mater Process Technol，2007， 187--188: 128 ［8］ Li Y T，Zhang W J，Yang L J，et al． Laser tailor welding of alu￾minum alloy sheet and cup axon formability of TWB． Trans China Weld Inst，2012，33( 4) : 81 ( 李云涛，张文俊，杨立军，等． 铝合金薄板激光拼焊工艺及 其杯突成形性能． 焊接学报，2012，33( 4) : 81) ［9］ Panda S K，Li J，Hernandez V H B，et al． Effect of weld loca￾tion，orientation，and strain path on forming behavior of AHSS tai￾lor welded blanks． J Eng Mater Technol，2010，132( 4) : 041003 ［10］ Chen W，Yang J C，Lin Z Q． Weld-bead movement and form￾ability of tailor-welded blanks during forming automobile panels． Chin J Mech Eng，2004，40( 9) : 62 ( 陈炜，杨继昌，林忠钦． 拼焊板覆盖件成形过程中的焊缝 移动和成形性能． 机械工程学报，2004，40( 9) : 62) ［11］ Garware M，Kridli G T，Mallick P K． Tensile and fatigue behav￾ior of friction-stir welded tailor-welded blank of aluminum alloy 5754． J Mater Eng Perform，2010，19( 8) : 1161 ［12］ Tang B T，Yuan Z J，Zhang B Y，et al． Characterization of hot stamping and quenching of laser tailor welded blanks of HSLA steel B340LA and boron steel B1500HS． Trans Mater Heat Treat，2013，34( 2) : 62 ( 唐炳涛，原政军，张保仪，等． 高强钢 B340LA 与 B1500HS 钢激光拼焊板热冲压淬火性能． 材料热处理学报，2013，34 ( 2) : 62) ［13］ Tang B T，Yuan Z J，Cheng G，et al． Experimental verification of tailor welded joining partners for hot stamping and analytical modeling of TWBs rheological constitutive in austenitic state． Ma￾ter Sci Eng A，2013，585: 304 ［14］ Gu Z W，Meng J，Li X，et al． Ｒesearch on optimization of the heating parameters of the ultra high strength steel's austenization in hot stamping process． J Jilin Univ Eng Technol Ed，2011，41 ( Suppl 2) : 194 ( 谷诤巍，孟佳，李欣，等． 超高强钢热成形奥氏体化加热参 数的优化． 吉林大学学报，2011，41( 增刊 2) : 194) ［15］ Yu W，Qi Y，Li L，et al． Effect of cooling process after normali￾zing on the microstructure and properties of 1600 MPa ultra-high￾strength steel． J Univ Sci Technol Beijing，2014，36( 1) : 56 ( 余伟，齐越，李亮，等． 常化后冷却工艺对 1600 MPa 级超 高强钢组织性能的影响． 北京科技大学学报，2014，36( 1) : 56) · 4051 ·