1.
陈宇鑫.
响应面法优化CO_(2)亚临界态萃取等压超临界态分离核桃油工艺
.粮食与油脂.2023,36 (3):53-55
2.
陈宇鑫.
响应面法优化CO2亚临界态萃取等压超临界态分离核桃油工艺
.粮食与油脂.2023,36 (03):53-55+71
3.
侯凯文.
基于均匀设计的花生油亚/超临界CO2等压连续萃取分离工艺研究
.中国粮油学报 ?.2023 :1-7
4.
李建勋.
Mechanism and Method of Testing Fracture Toughness and Impact Absorbed Energy of Ductile Metals by Spherical Indentation Tests
.Chinese Journal of Mechanical Engineering (English Edition).2023,36 (1)
5.
刘国祎.
响应面法和人工神经网络对亚临界CO2萃取红花籽油的建模与优化
.《食品工业科技》.2023 :1-13
6.
Wang, Pengfei.
Effects of Specimen Size and Welded Joints on the Very High Cycle Fatigue Properties of Compressor Blade Steel KMN-I
.COATINGS.2021,11 (10)
7.
Wang, Pengfei.
Research on Residual Life Estimation Method for KMN Steel Based on Nonlinear Ultrasonic Testing
.Applied Sciences-Basel.2021,11 (23)
8.
陈明亚.
Safety assessment of the small welded pipe system by the test and FEA
.INTERNATIONAL JOURNAL OF PRESSURE VESSELS AND PIPING.2021,194
9.
Wang, Pengfei.
Fatigue Damage Evaluation of Compressor Blade Based on Nonlinear Ultrasonic Nondestructive Testing
.Journal of Marine Science and Engineering.2021,9 (12)
10.
王鹏飞.
Effects of microstructure and inclusions on very high cycle fatigue properties of compressor blade steels
.Strength Fract. Complex..2017,10 (1):1
11.
张泰瑞.
A STUDY ON THE BALL INDENTATION TEST FOR LINEAR HARDENING METALS
.PROCEEDINGS OF THE ASME PRESSURE VESSELS AND PIPING CONFERENCE, 2017, VOL 7.2017
12.
Zhang, Zhuo.
Experimental Study on the Throttling Effect of SC-CO2 Containing Ethanol System Flowing Through the Coaxial Annular Nozzle and the Prediction Based on Artificial Neural Network
.INTERNATIONAL JOURNAL OF THERMOPHYSICS.2021,42 (11)
13.
Zhang, Zhuo.
Experimental Study on the Throttling Effect of SC-CO2 Containing Ethanol System Flowing Through the Coaxial Annular Nozzle and the Prediction Based on Artificial Neural Network
.INTERNATIONAL JOURNAL OF THERMOPHYSICS.2021,42 (11)
14.
张泰瑞.
Improving the tensile property calculations with plastic zone radius measurements in depth-sensing spherical indentation tests
.JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN.2021
15.
Zhang, Zhuo.
Establishment of the Predicting Models of the Dyeing Effect in Supercritical Carbon Dioxide Based on the Generalized Regression Neural Network and Back Propagation Neural Network
.PROCESSES.2020,8 (12)
16.
张泰瑞.
A strain-pattern-based spherical indentation method for simultaneous uniaxial tensile residual stress and flow property determination
.JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN.2021,56 (1):50
17.
张泰瑞.
An energy-based method for flow property determination from a single-cycle spherical indentation test (SIT)
.INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES Journal.2020,171
18.
WANG Weiqiang
, liaiju
and 张泰瑞.
THE SPHERICAL INDENTATION APPROACH FOR FRACTURE TOUGHNESS EVALUATION: A STUDY BASED ON THE ENERGY RELEASE RATE
.2018
19.
WANG Weiqiang.
Structural Integrity Analysis of Two Over-Temperature Methanation Furnaces
.Journal of Failure Analysis and Prevention.2019,19 (1):230
20.
WANG Weiqiang.
A comparative study on uniaxial tensile property calculation models in spherical indentation tests (SITs)
.International Journal of Mechanical Sciences.2019,155 :159
21.
WANG Weiqiang.
A study on determination of tensile properties of metals at elevated temperatures from spherical indentation tests
.JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN.2019,54 (5-6):331
22.
WANG Weiqiang.
A comparative study on fracture toughness calculation models in spherical indentation tests (SITs) for ductile metals
.International Journal of Mechanical Sciences.2019,160 :114
23.
WANG Weiqiang.
Dynamic Stress Analysis of Multilayered Structure with Radial Gaps of Cylindrical Pressure Vessel under Plane Strain Conditions
.Journal of Pressure Vessel Technology, Transactions of the ASME.2019,141 (4):41202
24.
WANG Weiqiang.
Three-dimensional finite element analyses of repair process and safety margin assessment
.International Journal of Pressure Vessels and Piping.2019,172 :283
25.
WANG Weiqiang
and 张泰瑞.
Determination of the proof strength and flow properties of materials from spherical indentation tests: An analytical approach based on the expanding cavity model
.Journal of Strain Analysis for Engineering Design.2018,48 (4):225
26.
WANG Weiqiang
and 张泰瑞.
A constitutive model independent analytical method in determining the tensile properties from incremental spherical indentation tests (ISITs)
.International Journal of Mechanical Sciences.2018,34 :2019
27.
WANG Weiqiang
and 张泰瑞.
Improved methods to determine the elastic modulus and area reduction rate in spherical indentation tests
.Materialpruefung/Materials Testing.2018,32 (4):355
28.
WANG Weiqiang
, Li Jianfeng
and 王鹏飞.
Research on fatigue damage of compressor blade steel KMN-I using nonlinear ultrasonic testing
.Shock and Vibration.2017,22
29.
WANG Weiqiang.
Urea reactor integrity evaluation based on failure analysis
.Journal of Pressure Vessel Technology, Transa.2007,v 129 (n 4):744
30.
WANG Weiqiang.
Application of the Analytic Hierarchy Process in Risk Analysis for Urea Reactor
.2nd International Conference on Risk Manageme.2008
31.
yumeijie
, WANG Weiqiang
and wangchengguo.
Thermal Properties of Acrylonitrile/Itaconic Acid Polymers in Oxidative and Nonoxidative Atmospheres
.Journal of applied polymer science.2010,116 (2):1207
32.
WANG Weiqiang
, Yanpeng Qu
and liaiju.
超臨界流體噴染及其流場數值模擬研究
.第十一届2012年超临界流体技术应用与发展研讨会暨第二届海峡两岸超临界流体技术研讨会.2012
33.
WANG Weiqiang
and Yanpeng Qu.
超临界流体多过程试验平台研究
.第十届全国超临界流体技术学术及应用研讨会论文集.2014
34.
Yanpeng Qu
and WANG Weiqiang.
Novel Multi-Stream Plate Exchanger under High Pressure—Structure and its Design Method
.Advanced Materials research.2014,1062 :658
35.
WANG Weiqiang.
尿素合成塔液相泄漏蒸气爆炸压力计算
.化肥工业.2012,39 (2)
36.
WANG Weiqiang.
尿素合成塔爆破原因分析综述
.机械强度.2012,34 (3):427
37.
Yanpeng Qu
and WANG Weiqiang.
用于超临界流体工艺过程的板式换热器
.第九届全国超临界流体技术学术及应用研讨会文集.2012
38.
Yanpeng Qu
and WANG Weiqiang.
超临界流体技术制备超微粉体用径向组合型喷嘴
.2008第七届全国超临界流体技术学术及应用研讨会.2010
39.
WANG Weiqiang.
FAULT TREE ANALYSIS ON SEAL FAILURE OF HIGH PRESSURE AMMONIUM CARBAMATE PUMP
.Proceedings of the 3rd World Congress on Engi.2008
40.
Yanpeng Qu
, WANG Weiqiang
and liaiju.
SCF快速膨胀过程流动模拟及其工艺参数的影响
.2008第七届全国超临界流体技术学术及应用研讨会.2008
41.
WANG Weiqiang.
基于ANSYS Workbench和FLUENT的超临界二氧化碳萃取釜流场模拟及其结构改进
.《化工进展》.2012,31 (9):1914
42.
Yanpeng Qu
, WANG Weiqiang
and liaiju.
喷嘴和结晶器结构及参数对SAS法制备超微粉体的影响
.第八屆2009年超臨界流體技術應用與發展研討會.2009
43.
WANG Weiqiang.
奥氏体不锈钢换热管应力腐蚀开裂分析
.《化工机械》.2012
44.
WANG Weiqiang
, liaiju
and Yanpeng Qu.
超临界流体多工艺过程试验平台的模块化设计
.第九届全国超临界流体技术学术及应用研讨会文集.2012
45.
WANG Weiqiang
and Yanpeng Qu.
超临界流体技术制备超微粉体喷嘴结构设计
.中国粉体工业.2007
46.
WANG Weiqiang.
局部冲击压力下多层包扎容器弹性动力响应分析
.石油化工设备.2012,41 (3):34
47.
WANG Weiqiang.
活塞式压缩机联轴器连接螺栓断裂原因分析
.理化检验-物理分册.2012,48 (3):203
48.
WANG Weiqiang.
超临界流体技术制备超微粉体的新型喷嘴
.《化工机械》.2008,35 (6):374
49.
WANG Weiqiang.
尿素合成塔爆炸载荷类型与破坏形态的关系分析
.山东大学学报（工学版）.2008,38 (3):51
50.
WANG Weiqiang.
磁致伸缩导波技术检测管道缺陷
.《无损检测》.2008,30 (7):434
51.
WANG Weiqiang.
多层包扎尿素合成塔应力状况分析
.机械强度.2008,30 (1):93
52.
WANG Weiqiang.
WNN优化模型在模拟超临界二氧化碳中固体溶解度的应用
.天然气化工(C1化学与化工).2008,33 (3):75
53.
WANG Weiqiang.
平阴尿塔的物料和爆炸能量估算
.山东大学学报（工学版）.2008,38 (3):46
54.
WANG Weiqiang
and Yanpeng Qu.
新型超临界流体染色器设计
.2008第七届全国超临界流体技术学术及应用研讨会论文集.2008
55.
WANG Weiqiang.
Urea reactor integrity evaluation based on failure analysis
.Journal of Pressure Vessel Technology, Transa.2007,v 129 (n 4):744
56.
WANG Weiqiang.
氨合成废热锅炉换热管应力腐蚀开裂分析
.《压力容器》.2008,25 (3):41
57.
liaiju
, WANG Weiqiang
and 李爱菊.
聚苯硫醚/石墨基双极板复合材料性能的研究
.《人工晶体学报》.2008,37 (4):819
58.
WANG Weiqiang.
Structural and Regulating Characteristics of Adjustable Annulus-clearance Nozzle Used in Supercritical Fluid Precipitation
.武汉理工大学学报（材料科学版）（英文版）.2017,32 (6):1487
59.
WANG Weiqiang
, Yanpeng Qu
and liaiju.
Structural and regulating characteristics of adjustable annulus-clearance nozzle used in supercritical fluid precipitation
. Journal Wuhan University of Technology, Materials Science Edition.2017,32 (6):1487
60.
WANG Weiqiang.
尿素合成塔层板严重腐蚀开裂分析
.化工机械新技术研究进展.2008
61.
WANG Weiqiang.
磁致伸缩导波技术在构件腐蚀检测中的应用实践
.无损探伤.2008,2008年卷 (5):18
62.
WANG Weiqiang.
水溶液全循环尿素生产装置中静设备失效类型和机理研究
.化工机械新技术研究进展.2008
63.
WANG Weiqiang.
疲劳概率模型的综合评价方法
.中国机械工程.2008,19 (23):2812
64.
WANG Weiqiang.
平阴尿塔塔体爆炸能量分析与计算
.山东大学学报（工学版）.2008,38 (4):80
65.
WANG Weiqiang.
合成氨装置风险预测控制系统的研究
.化工机械新技术研究进展.2008
66.
WANG Weiqiang.
尿素合成塔物料蒸气爆炸初步研究
.化工机械新技术研究进展.2008
67.
WANG Weiqiang.
锅炉汽包至上集箱间联络管爆破原因分析
.《压力容器》.2008,25 (10):33
68.
WANG Weiqiang
and zhanglewen.
FEM analyses of stress and deformation of a flexible inner pressure bolt
.Journal of China University of Mining and Tec.2008,18 (4):584
69.
WANG Weiqiang.
Catastrophic Explosion of a Multilayered Urea Reactor
.Ammonia Plant Safety and Related Facilities.2008
70.
WANG Weiqiang.
Application of the Analytic Hierarchy Process in Risk Analysis for Urea Reactor
.2nd International Conference on Risk Manageme.2008
71.
WANG Weiqiang.
尿素合成塔风险分析
.腐蚀科学与防护技术.2008,20 (5):377
72.
WANG Weiqiang.
尿素合成塔层板开裂规律及原因分析
.全国化工过程机械博士研究生创新研讨会论文摘要集，2009，南京.2009
73.
WANG Weiqiang.
锅炉水冷壁管腐蚀爆裂失效分析
.压力容器先进技术——第八届全国压力容器学术会议.2013
74.
Li Jianfeng
, WANG Weiqiang
and sunjie.
Effect of cracked blade distribution on vibration characteristics of centrifugal impeller
.Applied Mechanics and Materials.2013
75.
WANG Weiqiang.
Failure analysis of spiral plate heat exchanger
.Applied Mechanics and Materials.2011
76.
WANG Weiqiang
and liaiju.
Study on the microstructure of 20 steel with strain aging
.Proceedings of ASME 2011 Pressure Vessels and.2011
77.
WANG Weiqiang.
Failure analysis of 20G boiler tubes
.International Symposium on Structural Integri.2010
78.
WANG Weiqiang
and liaiju.
避免Q245钢厚壁高压管应变时效脆化的试验研究
.第七届全国压力容器学术会议论文集.2009
79.
WANG Weiqiang.
Root cause analysis of stress corrosion at tube-to-tubesheet joints of a waste heat boiler
.Engineering Failure Analysis.2014,45 :398
80.
WANG Weiqiang.
通过标准规避高压钢管应变时效脆化的发生
.《压力容器》.2010,27 (11):45
81.
WANG Weiqiang
and Yanpeng Qu.
超临界流体喷染的原理及研究进展
.第十届全国超临界流体技术学术及应用研讨会论文集.2014
82.
WANG Weiqiang.
Research on the properties of 20G steel with strain aging embrittlement using indentation test
.East China University of Science and Technology Press，2012.2012
83.
WANG Weiqiang.
The pressure variation of BLEVE triggered by liquid release through a crack in the cylindrical pressure vessel
.East China University of Science and Technology Press，2012.2012
84.
WANG Weiqiang
, wangyanming
and liaiju.
Effect of fiber surface treatment techniques on properties of short carbon fiber reinforced phenol formaldehyde resin/graphite composite bipolar plate
.Advanced Materials research..2011
85.
WANG Weiqiang.
Preparation of ultra-fine powder using supercritical fluids: A review
.Applied Mechanics and Materials.2011
86.
WANG Weiqiang
and liaiju.
消除Q245钢应变时效脆化的理论分析及试验研究
.第七届全国压力容器学术会议论文集.2009
87.
WANG Weiqiang.
The stress corrosion cracking of austenitic stainless steel heat exchange tubes—three cases study
.Proceedings of the ASME 2010 Pressure Vessels.2010
88.
WANG Weiqiang
and liaiju.
The Fracture Failure Analysis of a Hot Pure Water Storage Container
.Procedia Engineering.2015
89.
WANG Weiqiang
and Yanpeng Qu.
Effects of austenitic stainless steel tube and tubesheet hole dimensional deviations on the hydraulic expansion pressure
.International Journal of Pressure Vessels and Piping.2016,138 :1
90.
WANG Weiqiang
and Yanpeng Qu.
A Fortran implementation of isogeometric analysis for thin plate problems with the penalty method
.Engineering Computations.2016,33 (7):2149
91.
WANG Weiqiang.
Using FEM to predict residual stresses in girth welding joint of layered cylindrical vessels
.International Journal of Pressure Vessels and Piping.2014,119 :1
92.
WANG Weiqiang
and Li Jianfeng.
Fatigue behavior and mechanism of FV520B-I in ultrahigh cycle regime
.Procedia Materials Science.2014
93.
WANG Weiqiang.
Residual stresses in the welding joint of the nozzle-to-head area of a layered high-pressure hydrogen storage tank
.International journal of hydrogen energy.2014,39 (21):11061
94.
WANG Weiqiang.
On-Line monitoring method for centrifugal compressor and impeller remanufacturing
.East China University of Science and Technology Press，2012.2012
95.
WANG Weiqiang.
Failure analysis of a bellows expansion joint of inconel625 alloy
.Advanced Materials research.2012
96.
WANG Weiqiang.
甲胺反应器严重开裂原因分析.
.第七届全国压力容器学术会议论文集.2009
97.
WANG Weiqiang
and liaiju.
Study on the Brittle Fracture of the Q245 Steel High Pressure Piping in an Ammonia Synthesis Unit
.The 12th International Conference on Pressure.2009
98.
WANG Weiqiang
and liaiju.
Analysis on layer cracking of urea reactors
.Proceedings of the ASME 2010 Pressure Vessels.2010
99.
WANG Weiqiang
and liaiju.
The stress distribution and critical c rack length analysis of a cracked multilayer urea reactor
.East China University of Science and Technology Press，2012.2012
100.
WANG Weiqiang
and Yanpeng Qu.
重整氢压缩机连杆螺栓断裂失效分析
.金属热处理.2016,41 (2):200
101.
WANG Weiqiang.
20(G)板不同焊接缺陷的磁记忆信号检测分析
.中国特种设备安全.2016,32 (5):33
102.
WANG Weiqiang
and Yanpeng Qu.
基于场协同原理的管道经济管径计算新方法
.流体机械.2016,44 (8):32
103.
WANG Weiqiang.
A New Method to the Elastodynamic Response of a Spherical Shell Under the Impact Load
.Journal of Pressure Vessel Technology.2016,138 (3):345011
104.
WANG Weiqiang
and Yanpeng Qu.
Probability Analysis of Pit Initiation on Austenitic Stainless Steels
.Procedia Engineering.2015
105.
WANG Weiqiang.
The Measurement of Mechanical Properties of Pipe Steels in Service through Continuous Ball Indentation Test
.Procedia Engineering.2015
106.
WANG Weiqiang
and Yanpeng Qu.
Failure analysis of austenitic stainless pipes in amine liquid regeneration unit of a desulfurizer
.Engineering Failure Analysis.2015,57 :164
107.
WANG Weiqiang.
水冷壁管开裂原因分析
.化工装备.2015 (2):37
108.
WANG Weiqiang.
连续球压痕法测试压力容器钢力学性能的研究
.振动.测试与诊断.2015,35 (2):281
109.
WANG Weiqiang.
Failure analysis of stress corrosion cracking in heat exchanger tubes during start-up operation
.Engineering Failure Analysis.2015,51 :1
110.
WANG Weiqiang
and Li Jianfeng.
Fatigue behavior and mechanism of FV520B in very high cycle regime
.Strength, Fracture and Complexity.2015,9 (2):161
111.
WANG Weiqiang.
Mathematical model for tension of textile during the process of supercritical fluids spray dyeing
.Advanced Materials Research.2014
112.
WANG Weiqiang.
法兰密封系统应力松弛有限元分析
.《压力容器》.2013,30 (4):23
113.
WANG Weiqiang.
Study on the strength of textile during the process of supercritical fluids spray dyeing
.Advanced Materials Research.2014
114.
WANG Weiqiang.
SCF preparation of drug particle using size adjustable nozzle
.Key Engineering Materials.2012
115.
WANG Weiqiang
, Yanpeng Qu
and Songying CHEN.
Significance analysis on influential factors of stress corrosion based on grey relational theory for stainless steels
.East China University of Science and Technology Press，2012.2012
116.
WANG Weiqiang.
The feasibility of research for shell deformations with isogeometric analysis
.East China University of Science and Technology Press，2012.2012
117.
WANG Weiqiang.
Failure analysis of the pure zirconium hanging sample for acetic anhydride reactor
.East China University of Science and Technology Press，2012.2012
118.
WANG Weiqiang.
Numerical investigation on weld residual stresses in tube to tube sheet joint of a heat exchanger
.International Journal of Pressure Vessels and Piping.2013,101 :37
119.
Li Jianfeng
, WANG Weiqiang
and sunjie.
Effect of cracked blade distribution on strength of centrifugal impeller
.Applied Mechanics and Materials.2013
120.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on developed solution structure theorem for wave equation
.Journal of Pressure Vessel Technology, Transactions of the ASME.2011,134 (1):112101
121.
WANG Weiqiang.
Analysis on elastoplastic stress distribution in a layered cylindrical vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transactions of the ASME.2012,134 (3):312061
122.
WANG Weiqiang.
Solution of gas explosion load and simulation of dynamic response of multilayer structures
.Advanced Materials research..2012
123.
WANG Weiqiang
and Yanpeng Qu.
Supercritical fluid pray dyeing: A new method of dyeing and simulations of its flow field.
.Advanced Materials research.2011
124.
WANG Weiqiang
and liaiju.
热处理避免和消除20钢厚壁高压管应变时效脆化实验研究
.《材料工程》.2011,2011年卷 (1):57
125.
WANG Weiqiang
, Yanpeng Qu
and guancongsheng.
管壳式固定床反应器爆炸事故分析
.《化工机械》.2010,37 (2):222
126.
WANG Weiqiang.
我国特种设备事故调查与处理体制的思考
.中国特种设备安全.2010,2010年卷 (7):33
127.
WANG Weiqiang
and liaiju.
A simplification method of defects in multilayered vessels detected by acoustic emission detection
.Fracture Mechanics and Structural Integrity S.2009
128.
WANG Weiqiang.
The exploration of strain aging embrittlement evaluation in metallic materials using indentation test
.Proceedings of 2011 International Symposium o.2011
129.
WANG Weiqiang
and liaiju.
Study on the composites of phenol formaldehyde resin/graphite reinforced by milled carbon fibers for bipolar plates
.Advanced Materials Research.2010
130.
WANG Weiqiang.
Grey predication of corrosion on oil atmospheric distillation equipment
.2009 4th IEEE Conference on Industrial Electr.2009
131.
WANG Weiqiang
and Yanpeng Qu.
Preparation of Cefquinome Nanoparticles by Using the Supercritical Antisolvent Process
.Journal of Nanomaterials.2015,2015(ID: 767945 ) :1
132.
WANG Weiqiang
and liaiju.
Failure analysis of the brittle fracture of thick-walled 20 steel pipe in an ammonia synthesis unit
.Engineering Failure Analysis.2010,17 (6):1359
133.
WANG Weiqiang.
我国高压管道标准中某些规定存在的问题与思考
.压力管道技术研究进展精选集——第四届全国管道技术学术会议，2010 .2010
134.
WANG Weiqiang.
Grey decision on oil distillation tower top exchangers maintenance overhaul
.2009 4th IEEE Conference on Industrial Electr.2009
135.
WANG Weiqiang
and Li Jianfeng.
连续球压痕测定常用叶轮材料力学性能的研究
.流体机械.2015,43 (2):7
136.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on generalized solution structure theorem for wave equation
.Proceedings of the ASME 2010 Pressure Vessels.2010
137.
WANG Weiqiang.
Modified formulation of layer stresses due to Internal pressure of a layered vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transa.2010,132 (5):5120101
138.
WANG Weiqiang.
A Fortran implementation of isogeometric analysis with superiority in convergence and accuracy
.Procedia Engineering.2015
139.
WANG Weiqiang
and Yanpeng Qu.
超临界流体染纱器现状与新型结构
.《现代化工》.2010,30 (7):65
140.
Lester
, WANG Weiqiang
, LI Fangyi
and Li Jianfeng.
Damage mechanism and evaluation model of compressor impeller remanufacturing blanks: A review
.Frontiers of Mechanical Engineering.2019
141.
liaiju
, WANG Weiqiang
and 李爱菊.
Effects of resin content and preparing conditions on the properties of polyphenylene sulfide resin/graphite composite for bipolar plate
.JOURNAL OF POWER SOURCES.2008,178 (1):363
142.
WANG Weiqiang
and liaiju.
The explosion reason analysis of urea reactor of Pingyin
.Engineering Failure Analysis.2009,16 (3):972
143.
WANG Weiqiang.
平阴尿素合成塔起爆源处层板应力腐蚀开裂分析
.金属热处理.2009,34 (1):104
144.
WANG Weiqiang.
尿素合成塔蒸汽爆炸机理及可能断裂过程分析
.全国化工过程机械博士研究生创新研讨会论文摘要集，2009，南京.2009
145.
WANG Weiqiang.
尿素合成塔爆炸原因分析研究进展
.全国化工过程机械博士研究生创新研讨会，2009，南京.2009
146.
WANG Weiqiang
and 张国新.
自动球压痕法估测Q235B钢的断裂韧度
.机械强度.2018 (05)
147.
WANG Weiqiang
and wangshang.
电工层压木静态力学性能测试
.中南林业科技大学学报.2018 (02)
148.
WANG Weiqiang
and 张明.
余热锅炉给水泵轴瓦失效分析
.齐鲁工业大学学报.2018 (01)
149.
WANG Weiqiang
and 郭建章.
基于均匀设计和BP神经网络的花生油SFE-CO_2萃取预测
.食品科学技术学报.2018 (03)
150.
WANG Weiqiang
and 郭建章.
基于均匀设计的SFE-CO_2萃取花生油工艺
.陕西农业科学.2018 (06)
151.
WANG Weiqiang
and 牛俊男.
超临界二氧化碳喷染器中平滑式迷宫密封结构对密封性的影响
.润滑与密封.2018 (04)
152.
WANG Weiqiang
and wangshang.
最小二乘法估算变压器绝缘件瑞利阻尼系数的可行性研究
.机械科学与技术.2018 (07)
153.
WANG Weiqiang
, Yanpeng Qu
and 肖克峰.
Cefquinome Controlled Size Submicron Particles Precipitation by SEDS Process Using Annular Gap Nozzle
.Int. J. Chem. Eng..2017,2017
154.
WANG Weiqiang
and 李梦丽.
Study on the Microstructure and Mechanical Properties of 20 Steel Strain Aging
.PROCEEDINGS OF THE 2017 4TH INTERNATIONAL CONFERENCE ON MACHINERY, MATERIALS AND COMPUTER (MACMC 2017).2017,150 :268
155.
WANG Weiqiang
and 张泰瑞.
Determination of the proof strength and flow properties of materials from spherical indentation tests: An analytical approach based on the expanding cavity model
.JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN.2018,53 (4):225
156.
WANG Weiqiang
and 张泰瑞.
Improved methods to determine the elastic modulus and area reduction rate in spherical indentation tests
.MATERIALS TESTING.2018,60 (4):355
157.
WANG Weiqiang
and 张泰瑞.
Method to determine the optimal constitutive model from spherical indentation tests
.Results in Physics.2018,8 :716
158.
WANG Weiqiang
and Xu, Shugen.
Numerical investigation of thermo-mechanical stress in U-tube including forming effect for the SCC failure analysis
.Engineering Failure Analysis.2017,77 :126
159.
WANG Weiqiang
, Li Jianfeng
and 王鹏飞.
Research on Fatigue Damage of Compressor Blade Steel KMN-I Using Nonlinear Ultrasonic Testing
.Shock and vibration.2017, 0
160.
WANG Weiqiang
and 张泰瑞.
A constitutive model independent analytical method in determining the tensile properties from incremental spherical indentation tests (ISITs)
.International Journal of Mechanical Sciences.2018,148 :9
161.
Songying CHEN
and WANG Weiqiang.
Numerical simulation of dispersed phase flow in a tube considering bubbles erosion and Cl- ions concentration effects
.Advanced Materials research.2011,314-316 (0):1069
162.
yumeijie
and WANG Weiqiang.
聚丙烯腈预氧丝皮芯结构的影响因素与防控措施.
.《功能材料》.2010,41 (6):1019
163.
WANG Weiqiang
and Li Jianfeng.
Fatigue behavior and mechanism of FV520B-I welding seams in a very high cycle regime
.International Journal of Fatigue.2016,87 :22
164.
liaiju
, WANG Weiqiang
and 李爱菊.
树脂/石墨PEMFC双极板的制备工艺与性能研究综述
.《材料导报》.2013,27 (9):87
165.
wangchengguo
, WANG Weiqiang
and yumeijie.
Thermal Properties of Acrylonitrile/Itaconic Acid Polymers in Oxidative and Nonoxidative Atmospheres
.Journal of applied polymer science.2010,116 (2):1207
166.
Yanpeng Qu
and WANG Weiqiang.
The structural design of nozzle in outer mixing mode for preparing superfine particles by SCF technology
.Advanced Materials Research .2011
167.
WANG Weiqiang
and 杨炎.
服役后16Mn管材应变时效的自动球压痕测试
.山东大学学报（工学版）.2017,47 (04):64
168.
WANG Weiqiang
and 张泰瑞.
A unified energy release rate based model to determine the fracture toughness of ductile metals from unnotched specimens
.INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES Journal.2019,150 :35
169.
WANG Weiqiang
, Li Jianfeng
and 王鹏飞.
Fatigue behavior and mechanism of KMN in a very high cycle regime
.MATERIALS TESTING.2018,60 (1):55
170.
Yanpeng Qu
and WANG Weiqiang.
超临界流体多过程试验平台研究
.2014
171.
WANG Weiqiang.
尿素合成塔液相泄漏蒸气爆炸压力计算
.化肥工业.2012,39 (2)
172.
WANG Weiqiang
and Yanpeng Qu.
用于超临界流体工艺过程的板式换热器
.2012
173.
WANG Weiqiang
and Yanpeng Qu.
超临界流体技术制备超微粉体用径向组合型喷嘴
.2010
174.
WANG Weiqiang.
FAULT TREE ANALYSIS ON SEAL FAILURE OF HIGH PRESSURE AMMONIUM CARBAMATE PUMP
.2008
175.
WANG Weiqiang.
基于ANSYS Workbench和FLUENT的超临界二氧化碳萃取釜流场模拟及其结构改进
.《化工进展》.2012,31 (9):1914
176.
WANG Weiqiang.
奥氏体不锈钢换热管应力腐蚀开裂分析
.《化工机械》.2012
177.
WANG Weiqiang.
局部冲击压力下多层包扎容器弹性动力响应分析
.石油化工设备.2012,41 (3):34
178.
WANG Weiqiang.
活塞式压缩机联轴器连接螺栓断裂原因分析
.理化检验-物理分册.2012,48 (3):203
179.
WANG Weiqiang.
尿素合成塔爆炸载荷类型与破坏形态的关系分析
.山东大学学报（工学版）.2008,38 (3):51
180.
WANG Weiqiang.
磁致伸缩导波技术检测管道缺陷
.《无损检测》.2008,30 (7):434
181.
WANG Weiqiang.
多层包扎尿素合成塔应力状况分析
.机械强度.2008,30 (1):93
182.
WANG Weiqiang.
WNN优化模型在模拟超临界二氧化碳中固体溶解度的应用
.天然气化工(C1化学与化工).2008,33 (3):75
183.
WANG Weiqiang.
平阴尿塔的物料和爆炸能量估算
.山东大学学报（工学版）.2008,38 (3):46
184.
WANG Weiqiang.
Urea reactor integrity evaluation based on failure analysis
.Journal of Pressure Vessel Technology, Transa.2007,v 129 (n 4):744
185.
WANG Weiqiang.
氨合成废热锅炉换热管应力腐蚀开裂分析
.《压力容器》.2008,25 (3):41
186.
WANG Weiqiang
and 李爱菊.
聚苯硫醚/石墨基双极板复合材料性能的研究
.《人工晶体学报》.2008,37 (4):819
187.
WANG Weiqiang.
Structural and Regulating Characteristics of Adjustable Annulus-clearance Nozzle Used in Supercritical Fluid Precipitation
.武汉理工大学学报（材料科学版）（英文版）.2017,32 (6):1487
188.
Yanpeng Qu
, liaiju
and WANG Weiqiang.
Structural and regulating characteristics of adjustable annulus-clearance nozzle used in supercritical fluid precipitation
. Journal Wuhan University of Technology, Materials Science Edition.2017,32 (6):1487
189.
WANG Weiqiang.
尿素合成塔层板严重腐蚀开裂分析
.2008
190.
WANG Weiqiang.
磁致伸缩导波技术在构件腐蚀检测中的应用实践
.无损探伤.2008,2008年卷 (5):18
191.
WANG Weiqiang.
水溶液全循环尿素生产装置中静设备失效类型和机理研究
.2008
192.
WANG Weiqiang.
疲劳概率模型的综合评价方法
.中国机械工程.2008,19 (23):2812
193.
WANG Weiqiang.
平阴尿塔塔体爆炸能量分析与计算
.山东大学学报（工学版）.2008,38 (4):80
194.
WANG Weiqiang.
合成氨装置风险预测控制系统的研究
.2008
195.
WANG Weiqiang.
尿素合成塔物料蒸气爆炸初步研究
.2008
196.
WANG Weiqiang.
Catastrophic Explosion of a Multilayered Urea Reactor
.2008
197.
WANG Weiqiang.
Application of the Analytic Hierarchy Process in Risk Analysis for Urea Reactor
.2008
198.
WANG Weiqiang.
尿素合成塔风险分析
.腐蚀科学与防护技术.2008,20 (5):377
199.
WANG Weiqiang.
尿素合成塔层板开裂规律及原因分析
.2009
200.
WANG Weiqiang.
锅炉水冷壁管腐蚀爆裂失效分析
.2013
201.
WANG Weiqiang.
Failure analysis of spiral plate heat exchanger
.2011
202.
WANG Weiqiang.
Failure analysis of 20G boiler tubes
.2010
203.
WANG Weiqiang.
Root cause analysis of stress corrosion at tube-to-tubesheet joints of a waste heat boiler
.Engineering Failure Analysis.2014,45 :398
204.
Yanpeng Qu
and WANG Weiqiang.
超临界流体喷染的原理及研究进展
.2014
205.
WANG Weiqiang.
Research on the properties of 20G steel with strain aging embrittlement using indentation test
.2012
206.
WANG Weiqiang.
The pressure variation of BLEVE triggered by liquid release through a crack in the cylindrical pressure vessel
.2012
207.
WANG Weiqiang.
Preparation of ultra-fine powder using supercritical fluids: A review
.2011
208.
WANG Weiqiang.
The stress corrosion cracking of austenitic stainless steel heat exchange tubes—three cases study
.2010
209.
WANG Weiqiang.
Using FEM to predict residual stresses in girth welding joint of layered cylindrical vessels
.International Journal of Pressure Vessels and Piping.2014,119 :1
210.
Li Jianfeng
and WANG Weiqiang.
Fatigue behavior and mechanism of FV520B-I in ultrahigh cycle regime
.2014
211.
WANG Weiqiang.
Residual stresses in the welding joint of the nozzle-to-head area of a layered high-pressure hydrogen storage tank
.International journal of hydrogen energy.2014,39 (21):11061
212.
WANG Weiqiang.
On-Line monitoring method for centrifugal compressor and impeller remanufacturing
.2012
213.
WANG Weiqiang.
Failure analysis of a bellows expansion joint of inconel625 alloy
.2012
214.
WANG Weiqiang.
甲胺反应器严重开裂原因分析.
.2009
215.
liaiju
and WANG Weiqiang.
The stress distribution and critical c rack length analysis of a cracked multilayer urea reactor
.2012
216.
WANG Weiqiang.
20(G)板不同焊接缺陷的磁记忆信号检测分析
.中国特种设备安全.2016,32 (5):33
217.
WANG Weiqiang.
A New Method to the Elastodynamic Response of a Spherical Shell Under the Impact Load
.Journal of Pressure Vessel Technology.2016,138 (3):345011
218.
WANG Weiqiang.
The Measurement of Mechanical Properties of Pipe Steels in Service through Continuous Ball Indentation Test
.2015
219.
WANG Weiqiang.
水冷壁管开裂原因分析
.化工装备.2015 (2):37
220.
WANG Weiqiang.
连续球压痕法测试压力容器钢力学性能的研究
.振动.测试与诊断.2015,35 (2):281
221.
WANG Weiqiang.
Failure analysis of stress corrosion cracking in heat exchanger tubes during start-up operation
.Engineering Failure Analysis.2015,51 :1
222.
WANG Weiqiang.
Mathematical model for tension of textile during the process of supercritical fluids spray dyeing
.2014
223.
WANG Weiqiang.
法兰密封系统应力松弛有限元分析
.《压力容器》.2013,30 (4):23
224.
WANG Weiqiang.
Study on the strength of textile during the process of supercritical fluids spray dyeing
.2014
225.
WANG Weiqiang.
SCF preparation of drug particle using size adjustable nozzle
.2012
226.
Yanpeng Qu
, Songying CHEN
and WANG Weiqiang.
Significance analysis on influential factors of stress corrosion based on grey relational theory for stainless steels
.2012
227.
WANG Weiqiang.
The feasibility of research for shell deformations with isogeometric analysis
.2012
228.
WANG Weiqiang.
Failure analysis of the pure zirconium hanging sample for acetic anhydride reactor
.2012
229.
WANG Weiqiang.
Numerical investigation on weld residual stresses in tube to tube sheet joint of a heat exchanger
.International Journal of Pressure Vessels and Piping.2013,101 :37
230.
WANG Weiqiang
, sunjie
and Li Jianfeng.
Effect of cracked blade distribution on strength of centrifugal impeller
.2013
231.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on developed solution structure theorem for wave equation
.Journal of Pressure Vessel Technology, Transactions of the ASME.2011,134 (1):112101
232.
WANG Weiqiang.
Analysis on elastoplastic stress distribution in a layered cylindrical vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transactions of the ASME.2012,134 (3):312061
233.
Yanpeng Qu
and WANG Weiqiang.
Supercritical fluid pray dyeing: A new method of dyeing and simulations of its flow field.
.2011
234.
WANG Weiqiang.
The exploration of strain aging embrittlement evaluation in metallic materials using indentation test
.2011
235.
WANG Weiqiang.
Grey predication of corrosion on oil atmospheric distillation equipment
.2009
236.
WANG Weiqiang.
Grey decision on oil distillation tower top exchangers maintenance overhaul
.2009
237.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on generalized solution structure theorem for wave equation
.2010
238.
WANG Weiqiang.
Modified formulation of layer stresses due to Internal pressure of a layered vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transa.2010,132 (5):5120101
239.
WANG Weiqiang.
A Fortran implementation of isogeometric analysis with superiority in convergence and accuracy
.2015
240.
WANG Weiqiang
, LI Fangyi
, Li Jianfeng
and Lester.
Damage mechanism and evaluation model of compressor impeller remanufacturing blanks: A review
.Frontiers of Mechanical Engineering.2019
241.
WANG Weiqiang
and 李爱菊.
Effects of resin content and preparing conditions on the properties of polyphenylene sulfide resin/graphite composite for bipolar plate
.JOURNAL OF POWER SOURCES.2008,178 (1):363
242.
WANG Weiqiang.
平阴尿素合成塔起爆源处层板应力腐蚀开裂分析
.金属热处理.2009,34 (1):104
243.
WANG Weiqiang.
尿素合成塔蒸汽爆炸机理及可能断裂过程分析
.2009
244.
WANG Weiqiang.
尿素合成塔爆炸原因分析研究进展
.2009
245.
WANG Weiqiang
and Songying CHEN.
Numerical simulation of dispersed phase flow in a tube considering bubbles erosion and Cl- ions concentration effects
.Advanced Materials research.2011,314-316 (0):1069
246.
WANG Weiqiang
and yumeijie.
聚丙烯腈预氧丝皮芯结构的影响因素与防控措施.
.《功能材料》.2010,41 (6):1019
247.
WANG Weiqiang
and 李爱菊.
树脂/石墨PEMFC双极板的制备工艺与性能研究综述
.《材料导报》.2013,27 (9):87
248.
wangchengguo
, WANG Weiqiang
and yumeijie.
Thermal Properties of Acrylonitrile/Itaconic Acid Polymers in Oxidative and Nonoxidative Atmospheres
.Journal of applied polymer science.2010,116 (2):1207
249.
WANG Weiqiang
and 李爱菊.
聚苯硫醚/石墨基双极板复合材料性能的研究
.《人工晶体学报》.2008,37 (4):819
250.
Yanpeng Qu
, liaiju
and WANG Weiqiang.
Structural and regulating characteristics of adjustable annulus-clearance nozzle used in supercritical fluid precipitation
. Journal Wuhan University of Technology, Materials Science Edition.2017,32 (6):1487
251.
liaiju
, Yanpeng Qu
and WANG Weiqiang.
超临界流体多工艺过程试验平台的模块化设计
.2012
252.
Yanpeng Qu
and WANG Weiqiang.
超临界流体技术制备超微粉体喷嘴结构设计
.2007
253.
WANG Weiqiang.
局部冲击压力下多层包扎容器弹性动力响应分析
.石油化工设备.2012,41 (3):34
254.
WANG Weiqiang.
活塞式压缩机联轴器连接螺栓断裂原因分析
.理化检验-物理分册.2012,48 (3):203
255.
WANG Weiqiang.
Structural and Regulating Characteristics of Adjustable Annulus-clearance Nozzle Used in Supercritical Fluid Precipitation
.武汉理工大学学报（材料科学版）（英文版）.2017,32 (6):1487
256.
WANG Weiqiang
and 李爱菊.
Effects of resin content and preparing conditions on the properties of polyphenylene sulfide resin/graphite composite for bipolar plate
.JOURNAL OF POWER SOURCES.2008,178 (1):363
257.
Yanpeng Qu
, liaiju
and WANG Weiqiang.
超臨界流體噴染及其流場數值模擬研究
.2012
258.
Yanpeng Qu
and WANG Weiqiang.
超临界流体多过程试验平台研究
.2014
259.
WANG Weiqiang
and Yanpeng Qu.
Novel Multi-Stream Plate Exchanger under High Pressure—Structure and its Design Method
.Advanced Materials research.2014,1062 :658
260.
WANG Weiqiang.
尿素合成塔液相泄漏蒸气爆炸压力计算
.化肥工业.2012,39 (2)
261.
WANG Weiqiang.
尿素合成塔爆破原因分析综述
.机械强度.2012,34 (3):427
262.
WANG Weiqiang
and Yanpeng Qu.
用于超临界流体工艺过程的板式换热器
.2012
263.
WANG Weiqiang
and Yanpeng Qu.
超临界流体技术制备超微粉体用径向组合型喷嘴
.2010
264.
WANG Weiqiang.
FAULT TREE ANALYSIS ON SEAL FAILURE OF HIGH PRESSURE AMMONIUM CARBAMATE PUMP
.2008
265.
WANG Weiqiang
, liaiju
and Yanpeng Qu.
SCF快速膨胀过程流动模拟及其工艺参数的影响
.2008
266.
WANG Weiqiang.
基于ANSYS Workbench和FLUENT的超临界二氧化碳萃取釜流场模拟及其结构改进
.《化工进展》.2012,31 (9):1914
267.
WANG Weiqiang
, liaiju
and Yanpeng Qu.
喷嘴和结晶器结构及参数对SAS法制备超微粉体的影响
.2009
268.
WANG Weiqiang.
奥氏体不锈钢换热管应力腐蚀开裂分析
.《化工机械》.2012
269.
Li Jianfeng
and WANG Weiqiang.
Fatigue behavior and mechanism of FV520B-I welding seams in a very high cycle regime
.International Journal of Fatigue.2016,87 :22
270.
WANG Weiqiang
and Yanpeng Qu.
The structural design of nozzle in outer mixing mode for preparing superfine particles by SCF technology
.2011
271.
WANG Weiqiang.
超临界流体技术制备超微粉体的新型喷嘴
.《化工机械》.2008,35 (6):374
272.
WANG Weiqiang.
尿素合成塔爆炸载荷类型与破坏形态的关系分析
.山东大学学报（工学版）.2008,38 (3):51
273.
WANG Weiqiang.
磁致伸缩导波技术检测管道缺陷
.《无损检测》.2008,30 (7):434
274.
WANG Weiqiang.
多层包扎尿素合成塔应力状况分析
.机械强度.2008,30 (1):93
275.
WANG Weiqiang.
WNN优化模型在模拟超临界二氧化碳中固体溶解度的应用
.天然气化工(C1化学与化工).2008,33 (3):75
276.
WANG Weiqiang.
平阴尿塔的物料和爆炸能量估算
.山东大学学报（工学版）.2008,38 (3):46
277.
Yanpeng Qu
and WANG Weiqiang.
新型超临界流体染色器设计
.2008
278.
WANG Weiqiang.
Urea reactor integrity evaluation based on failure analysis
.Journal of Pressure Vessel Technology, Transa.2007,v 129 (n 4):744
279.
WANG Weiqiang.
氨合成废热锅炉换热管应力腐蚀开裂分析
.《压力容器》.2008,25 (3):41
280.
WANG Weiqiang.
尿素合成塔层板严重腐蚀开裂分析
.2008
281.
WANG Weiqiang.
磁致伸缩导波技术在构件腐蚀检测中的应用实践
.无损探伤.2008,2008年卷 (5):18
282.
WANG Weiqiang.
水溶液全循环尿素生产装置中静设备失效类型和机理研究
.2008
283.
WANG Weiqiang.
疲劳概率模型的综合评价方法
.中国机械工程.2008,19 (23):2812
284.
WANG Weiqiang.
平阴尿塔塔体爆炸能量分析与计算
.山东大学学报（工学版）.2008,38 (4):80
285.
WANG Weiqiang.
合成氨装置风险预测控制系统的研究
.2008
286.
WANG Weiqiang.
尿素合成塔物料蒸气爆炸初步研究
.2008
287.
WANG Weiqiang.
锅炉汽包至上集箱间联络管爆破原因分析
.《压力容器》.2008,25 (10):33
288.
zhanglewen
and WANG Weiqiang.
FEM analyses of stress and deformation of a flexible inner pressure bolt
.Journal of China University of Mining and Tec.2008,18 (4):584
289.
WANG Weiqiang.
Catastrophic Explosion of a Multilayered Urea Reactor
.2008
290.
WANG Weiqiang.
Application of the Analytic Hierarchy Process in Risk Analysis for Urea Reactor
.2008
291.
WANG Weiqiang.
尿素合成塔风险分析
.腐蚀科学与防护技术.2008,20 (5):377
292.
WANG Weiqiang.
尿素合成塔层板开裂规律及原因分析
.2009
293.
WANG Weiqiang.
锅炉水冷壁管腐蚀爆裂失效分析
.2013
294.
WANG Weiqiang
, sunjie
and Li Jianfeng.
Effect of cracked blade distribution on vibration characteristics of centrifugal impeller
.2013
295.
WANG Weiqiang.
Failure analysis of spiral plate heat exchanger
.2011
296.
liaiju
and WANG Weiqiang.
Study on the microstructure of 20 steel with strain aging
.2011
297.
WANG Weiqiang.
Failure analysis of 20G boiler tubes
.2010
298.
liaiju
and WANG Weiqiang.
避免Q245钢厚壁高压管应变时效脆化的试验研究
.2009
299.
WANG Weiqiang.
Root cause analysis of stress corrosion at tube-to-tubesheet joints of a waste heat boiler
.Engineering Failure Analysis.2014,45 :398
300.
WANG Weiqiang.
通过标准规避高压钢管应变时效脆化的发生
.《压力容器》.2010,27 (11):45
301.
Yanpeng Qu
and WANG Weiqiang.
超临界流体喷染的原理及研究进展
.2014
302.
WANG Weiqiang.
Research on the properties of 20G steel with strain aging embrittlement using indentation test
.2012
303.
WANG Weiqiang.
The pressure variation of BLEVE triggered by liquid release through a crack in the cylindrical pressure vessel
.2012
304.
wangyanming
, liaiju
and WANG Weiqiang.
Effect of fiber surface treatment techniques on properties of short carbon fiber reinforced phenol formaldehyde resin/graphite composite bipolar plate
.2011
305.
WANG Weiqiang.
Preparation of ultra-fine powder using supercritical fluids: A review
.2011
306.
liaiju
and WANG Weiqiang.
消除Q245钢应变时效脆化的理论分析及试验研究
.2009
307.
WANG Weiqiang.
The stress corrosion cracking of austenitic stainless steel heat exchange tubes—three cases study
.2010
308.
liaiju
and WANG Weiqiang.
The Fracture Failure Analysis of a Hot Pure Water Storage Container
.2015
309.
Yanpeng Qu
and WANG Weiqiang.
Effects of austenitic stainless steel tube and tubesheet hole dimensional deviations on the hydraulic expansion pressure
.International Journal of Pressure Vessels and Piping.2016,138 :1
310.
Yanpeng Qu
and WANG Weiqiang.
A Fortran implementation of isogeometric analysis for thin plate problems with the penalty method
.Engineering Computations.2016,33 (7):2149
311.
WANG Weiqiang.
Using FEM to predict residual stresses in girth welding joint of layered cylindrical vessels
.International Journal of Pressure Vessels and Piping.2014,119 :1
312.
Li Jianfeng
and WANG Weiqiang.
Fatigue behavior and mechanism of FV520B-I in ultrahigh cycle regime
.2014
313.
WANG Weiqiang.
Residual stresses in the welding joint of the nozzle-to-head area of a layered high-pressure hydrogen storage tank
.International journal of hydrogen energy.2014,39 (21):11061
314.
WANG Weiqiang.
On-Line monitoring method for centrifugal compressor and impeller remanufacturing
.2012
315.
WANG Weiqiang.
Failure analysis of a bellows expansion joint of inconel625 alloy
.2012
316.
WANG Weiqiang.
甲胺反应器严重开裂原因分析.
.2009
317.
liaiju
and WANG Weiqiang.
Study on the Brittle Fracture of the Q245 Steel High Pressure Piping in an Ammonia Synthesis Unit
.2009
318.
liaiju
and WANG Weiqiang.
Analysis on layer cracking of urea reactors
.2010
319.
liaiju
and WANG Weiqiang.
The stress distribution and critical c rack length analysis of a cracked multilayer urea reactor
.2012
320.
Yanpeng Qu
and WANG Weiqiang.
重整氢压缩机连杆螺栓断裂失效分析
.金属热处理.2016,41 (2):200
321.
WANG Weiqiang.
20(G)板不同焊接缺陷的磁记忆信号检测分析
.中国特种设备安全.2016,32 (5):33
322.
Yanpeng Qu
and WANG Weiqiang.
基于场协同原理的管道经济管径计算新方法
.流体机械.2016,44 (8):32
323.
WANG Weiqiang.
A New Method to the Elastodynamic Response of a Spherical Shell Under the Impact Load
.Journal of Pressure Vessel Technology.2016,138 (3):345011
324.
Yanpeng Qu
and WANG Weiqiang.
Probability Analysis of Pit Initiation on Austenitic Stainless Steels
.2015
325.
WANG Weiqiang.
The Measurement of Mechanical Properties of Pipe Steels in Service through Continuous Ball Indentation Test
.2015
326.
Yanpeng Qu
and WANG Weiqiang.
Failure analysis of austenitic stainless pipes in amine liquid regeneration unit of a desulfurizer
.Engineering Failure Analysis.2015,57 :164
327.
WANG Weiqiang.
水冷壁管开裂原因分析
.化工装备.2015 (2):37
328.
WANG Weiqiang.
连续球压痕法测试压力容器钢力学性能的研究
.振动.测试与诊断.2015,35 (2):281
329.
WANG Weiqiang.
Failure analysis of stress corrosion cracking in heat exchanger tubes during start-up operation
.Engineering Failure Analysis.2015,51 :1
330.
Li Jianfeng
and WANG Weiqiang.
Fatigue behavior and mechanism of FV520B in very high cycle regime
.Strength, Fracture and Complexity.2015,9 (2):161
331.
WANG Weiqiang.
Mathematical model for tension of textile during the process of supercritical fluids spray dyeing
.2014
332.
WANG Weiqiang.
法兰密封系统应力松弛有限元分析
.《压力容器》.2013,30 (4):23
333.
WANG Weiqiang.
Study on the strength of textile during the process of supercritical fluids spray dyeing
.2014
334.
WANG Weiqiang.
SCF preparation of drug particle using size adjustable nozzle
.2012
335.
Yanpeng Qu
, Songying CHEN
and WANG Weiqiang.
Significance analysis on influential factors of stress corrosion based on grey relational theory for stainless steels
.2012
336.
WANG Weiqiang.
The feasibility of research for shell deformations with isogeometric analysis
.2012
337.
WANG Weiqiang.
Failure analysis of the pure zirconium hanging sample for acetic anhydride reactor
.2012
338.
WANG Weiqiang.
Numerical investigation on weld residual stresses in tube to tube sheet joint of a heat exchanger
.International Journal of Pressure Vessels and Piping.2013,101 :37
339.
WANG Weiqiang
, sunjie
and Li Jianfeng.
Effect of cracked blade distribution on strength of centrifugal impeller
.2013
340.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on developed solution structure theorem for wave equation
.Journal of Pressure Vessel Technology, Transactions of the ASME.2011,134 (1):112101
341.
WANG Weiqiang.
Analysis on elastoplastic stress distribution in a layered cylindrical vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transactions of the ASME.2012,134 (3):312061
342.
WANG Weiqiang.
Solution of gas explosion load and simulation of dynamic response of multilayer structures
.2012
343.
Yanpeng Qu
and WANG Weiqiang.
Supercritical fluid pray dyeing: A new method of dyeing and simulations of its flow field.
.2011
344.
liaiju
and WANG Weiqiang.
热处理避免和消除20钢厚壁高压管应变时效脆化实验研究
.《材料工程》.2011,2011年卷 (1):57
345.
Yanpeng Qu
, guancongsheng
and WANG Weiqiang.
管壳式固定床反应器爆炸事故分析
.《化工机械》.2010,37 (2):222
346.
WANG Weiqiang.
我国特种设备事故调查与处理体制的思考
.中国特种设备安全.2010,2010年卷 (7):33
347.
liaiju
and WANG Weiqiang.
A simplification method of defects in multilayered vessels detected by acoustic emission detection
.2009
348.
WANG Weiqiang.
The exploration of strain aging embrittlement evaluation in metallic materials using indentation test
.2011
349.
liaiju
and WANG Weiqiang.
Study on the composites of phenol formaldehyde resin/graphite reinforced by milled carbon fibers for bipolar plates
.2010
350.
WANG Weiqiang.
Grey predication of corrosion on oil atmospheric distillation equipment
.2009
351.
Yanpeng Qu
and WANG Weiqiang.
Preparation of Cefquinome Nanoparticles by Using the Supercritical Antisolvent Process
.Journal of Nanomaterials.2015,2015(ID: 767945 ) :1
352.
liaiju
and WANG Weiqiang.
Failure analysis of the brittle fracture of thick-walled 20 steel pipe in an ammonia synthesis unit
.Engineering Failure Analysis.2010,17 (6):1359
353.
WANG Weiqiang.
我国高压管道标准中某些规定存在的问题与思考
.2010
354.
WANG Weiqiang.
Grey decision on oil distillation tower top exchangers maintenance overhaul
.2009
355.
Li Jianfeng
and WANG Weiqiang.
连续球压痕测定常用叶轮材料力学性能的研究
.流体机械.2015,43 (2):7
356.
WANG Weiqiang.
A new approach to elastodynamic response of cylindrical shell based on generalized solution structure theorem for wave equation
.2010
357.
WANG Weiqiang.
Modified formulation of layer stresses due to Internal pressure of a layered vessel with interlayer gaps
.Journal of Pressure Vessel Technology, Transa.2010,132 (5):5120101
358.
WANG Weiqiang.
A Fortran implementation of isogeometric analysis with superiority in convergence and accuracy
.2015
359.
Yanpeng Qu
and WANG Weiqiang.
超临界流体染纱器现状与新型结构
.《现代化工》.2010,30 (7):65
360.
liaiju
and WANG Weiqiang.
The explosion reason analysis of urea reactor of Pingyin
.Engineering Failure Analysis.2009,16 (3):972
361.
WANG Weiqiang.
平阴尿素合成塔起爆源处层板应力腐蚀开裂分析
.金属热处理.2009,34 (1):104
362.
WANG Weiqiang.
尿素合成塔蒸汽爆炸机理及可能断裂过程分析
.2009
363.
WANG Weiqiang.
尿素合成塔爆炸原因分析研究进展
.2009
364.
WANG Weiqiang
, Yanpeng Qu
and 肖克峰.
Cefquinome Controlled Size Submicron Particles Precipitation by SEDS Process Using Annular Gap Nozzle
.Int. J. Chem. Eng..2017,2017
365.
WANG Weiqiang
and 李梦丽.
Study on the Microstructure and Mechanical Properties of 20 Steel Strain Aging
.PROCEEDINGS OF THE 2017 4TH INTERNATIONAL CONFERENCE ON MACHINERY, MATERIALS AND COMPUTER (MACMC 2017).2017,150 :268
366.
WANG Weiqiang
and 苏成功.
压痕对不锈钢材料表面残余应力的影响
.山东大学学报（工学版）.2017,47 (01):90
367.
WANG Weiqiang
and Xu, Shugen.
Numerical investigation of thermo-mechanical stress in U-tube including forming effect for the SCC failure analysis
.Engineering Failure Analysis.2017,77 :126
368.
WANG Weiqiang
, Li Jianfeng
and 王鹏飞.
Research on Fatigue Damage of Compressor Blade Steel KMN-I Using Nonlinear Ultrasonic Testing
.Shock and vibration.2017, 0
369.
WANG Weiqiang
and 杨炎.
服役后16Mn管材应变时效的自动球压痕测试
.山东大学学报（工学版）.2017,47 (04):64
370.
WANG Weiqiang
and 张泰瑞.
A unified energy release rate based model to determine the fracture toughness of ductile metals from unnotched specimens
.INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES Journal.2019,150 :35
371.
wangchengguo
, WANG Weiqiang
and yumeijie.
Thermal Properties of Acrylonitrile/Itaconic Acid Polymers in Oxidative and Nonoxidative Atmospheres
.Journal of applied polymer science.2010,116 (2):1207
372.
Yanpeng Qu
, WANG Weiqiang
and 刘燕.
The structural design of nozzle in outer mixing mode for preparing superfine particles by SCF technology
.Advanced Materials research.2011
373.
WANG Weiqiang
and 李爱菊.
树脂/石墨PEMFC双极板的制备工艺与性能研究综述
.《材料导报》.2013,27 (9):87
374.
Yanpeng Qu
, WANG Weiqiang
and 刘燕.
Non-dimensional Design Method for Pressure Vessels.
.Advanced Materials Research ,Advanced Mechanical Design.2012,Vols. 479-481 (2012) :1704
375.
WANG Weiqiang
and 张泰瑞.
Method to determine the optimal constitutive model from spherical indentation tests
.Results in Physics.2018,8 :716
376.
WANG Weiqiang
and 张泰瑞.
Improved methods to determine the elastic modulus and area reduction rate in spherical indentation tests
.MATERIALS TESTING.2018,60 (4):355
377.
WANG Weiqiang
and 郭建章.
基于均匀设计的SFE-CO_2萃取花生油工艺
.陕西农业科学.2018 (06)
378.
WANG Weiqiang
and 郭建章.
基于均匀设计和BP神经网络的花生油SFE-CO_2萃取预测
.食品科学技术学报.2018 (03)
379.
WANG Weiqiang
and wangshang.
最小二乘法估算变压器绝缘件瑞利阻尼系数的可行性研究
.机械科学与技术.2018 (07)
380.
WANG Weiqiang
and wangshang.
电工层压木静态力学性能测试
.中南林业科技大学学报.2018 (02)
381.
WANG Weiqiang
and 张明.
余热锅炉给水泵轴瓦失效分析
.齐鲁工业大学学报.2018 (01)
382.
WANG Weiqiang
and 张泰瑞.
Determination of the proof strength and flow properties of materials from spherical indentation tests: An analytical approach based on the expanding cavity model
.JOURNAL OF STRAIN ANALYSIS FOR ENGINEERING DESIGN.2018,53 (4):225
383.
WANG Weiqiang
and 张泰瑞.
A constitutive model independent analytical method in determining the tensile properties from incremental spherical indentation tests (ISITs)
.International Journal of Mechanical Sciences.2018,148 :9
384.
WANG Weiqiang
and Songying CHEN.
Numerical simulation of dispersed phase flow in a tube considering bubbles erosion and Cl- ions concentration effects
.Advanced Materials research.2011,314-316 (0):1069
385.
WANG Weiqiang
, Li Jianfeng
and 刘燕.
Fatigue behavior and mechanism of FV520B-I welding seams in a very high cycle regime
.International Journal of Fatigue.2016,87 :22
386.
WANG Weiqiang
and yumeijie.
聚丙烯腈预氧丝皮芯结构的影响因素与防控措施.
.《功能材料》.2010,41 (6):1019
387.
WANG Weiqiang
and 张国新.
自动球压痕法估测Q235B钢的断裂韧度
.机械强度.2018 (05)
388.
WANG Weiqiang
and 牛俊男.
超临界二氧化碳喷染器中平滑式迷宫密封结构对密封性的影响
.润滑与密封.2018 (04)
389.
WANG Weiqiang
, Li Jianfeng
and 王鹏飞.
Fatigue behavior and mechanism of KMN in a very high cycle regime
.MATERIALS TESTING.2018,60 (1):55
