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| Abadie, F-Xavier; Marconi, G. Paolo; Morgano, Enrico |
Enhancement of high strength steel endurance, application to automotive transmission components using a new type of ceramic shot |
1.4 |
France, Italy |
| Amanov, Auezhan; Cho, In Ho; Kim, Joon Hyong; Pyun, Young Sik |
Application of UNSM (Ultrasonic Nanocrystal Surface Modification) technology for prolonging the service life of journal bearing of railroad axle and for reducing friction loss |
Poster |
S. Korea |
| Ando, Masafumi; Usami, Hatsuhiko |
Effect of heat treatment on friction properties of functional graded materials fabricated by fine particle peening |
8.2 |
Japan |
| Babic, M.; Mitrovic, S.; Adamovic, D.; Dzunic, D. |
The effect of shot peening on tribological behavior of alloyed steels |
10.1 |
Serbia |
| Badreddine, Jawad; Micoulaut, Matthieu; Rouhaud, Emmanuelle; Retraint, Delphine; Francois, Manuel; Remy, S. |
Impact velocity and distribution in ultrasonic shot peening |
2.1 |
France |
| Bae, Heechang; Ramulu, M.; Flinn, B.; Diep, Hali |
Numerical analysis of shot peening effects on the fatigue life of a titanium alloy |
2.1 |
USA |
| Bagherifard, S.; Ghelichi, R.; Guagliano, M. |
Numerical model of severe shot peening aimed to estimate surface nanocrystallization of Al material
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5.3 |
Italy |
| Bagherifard, Sara; Fernandez Pariente, I.; Guagliano, M.; Bandini, M. |
Fatigue analysis of shot peened smooth and notched steel specimens |
2.1 |
Italy |
| Bailey, Pete; Ruehl, C |
Linear Motion Peening |
Poster |
USA |
| Balan, Kumar |
Composites & the future of shot peening |
Poster |
USA |
| Breuer, David; Matlock, Beth |
Adaptation of Shot Peen Parameters for Gear Geometry |
10.2 |
USA |
| Cao, Yunfeng; Shin, Yung C. |
Predictive self-closed modeling of laser shock peening and parametric study |
8.3 |
USA |
| Chemkhi, Mahdi; Retraint, Delphine; Montay, Guillaume; Garnier, C.; Belahcene, F. |
Effect of SMAT parameters on microstructural features using DOE technique |
2.1 |
France |
| Cheong, S.K.; Lee, D.S. |
Effect of shot peening on the fatigue life of welded aluminum alloy. |
Poster |
Korea |
| Cherif, Anis; Zinn, Wolfgang; Scholtes, Berthold |
Integration of a deep rolling process in the heat treatment of SAE1045 Steel: a way to reduce and optimize the production chain. |
1.4 |
Germany |
| Cho, I.H.; Amanov, A.; Cho, I.S.; Pyun, Y.S. |
Application of Ultrasonic Nanocrystalline Surface Modification technology for prolonging the service life of double row angular contact bearings and for reducing friction loss |
5.3 |
Korea |
| Dalaei, Kamellia; Hoijer, J.; Akerstrom, G.; Karlsson, B. |
Influence of shot peening on fatigue durability of decarburized spring steels |
5.1 |
Sweden |
| Davis, Julio; Ramulu, M. |
Modeling of Shot Peening Residual Stresses with a Generalized J2 Plasticity Theory |
2.1 |
USA |
| Davis, Julio; Bae, Heechang; Ramulu, Mamidala |
Theoretical And Experimental Study Of Coverage In Manual Shot Peening
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3.4 |
USA |
| Derda, Jeff |
A new sub-size strip for intensity determination in difficult locations |
Poster |
USA |
| Derda, Jeff |
Almen Strip saturation and coverage, which happens first? |
Poster |
USA |
| Derda, Jeff |
Performance testing of Almen strips to demonstrate consistency |
Poster |
USA |
| Derda, Jeff |
Ratio of various thickness Almen strip arc heights |
Poster |
USA |
| Desfontaine, Vincent; Chateau, Frederic; Briere, Olivier; Montherat, Philippe |
Fatigue life enhancement of welded structures using ultrasonic needle peening |
1.2 |
France |
| Diep, H.; Bae, Heechang; Ramulu, M. |
Manual shot peening intensity and coverage effects on fatigue performance of aluminum alloy |
1.4 |
USA |
| Ehrl, Janne; Polanetzki, Holger; Hessert, R.; Wagner, Lothar |
Influence of mechanical surface strengthening on nickel-base superalloy DA718 |
5.2 |
Germany |
| Forgues, Sylvain; Labelle, Brigitte; King, Matt; Manor, Nick |
Controlled Rotary Flap Peening for Repair Applications |
1.1 |
Canada |
| Gorth, D.; Webster, Tom; Derda, Jeff; Champaigne, Jack |
Decreased Bacteria Functions on Shot Peened Titanium |
8.7 |
USA |
| Hoffmeister, Juergen; Schulze, Volker; Hessert, Roland; Koenig, Gerhard |
Effects of the surface treatment on the measured diffraction peak width of Inconel 718 |
5.2 |
Germany |
| Hoffmeister, Juergen; Schulze, Volker; Hessert, Roland; Koenig, Gerhard |
Residual stress relaxation induced by shot peening in Inconel 718 under quasi-static and cyclic loading |
5.2 |
Germany |
| Hornbach, Doug; Scheel, Jeremy; Prevey, Paul |
Development of rework procedure for AA7076-T6 P-3/C-130 propeller taper bore using low plasticity burnishing (LPB) |
6.2 |
USA |
| Hu, Yongxiang; Yao, Zhenqiang; Xu, Xiaoxia |
Experimental Investigation on the Bending Deformation of thin 1060 Pure Aluminum Sheet by Laser Peen Forming
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8.3 |
China |
| Huang, Junjie; Jiang, Chuanhai; Chen, Xiaohu |
Investigation for Different Peening Techniques on Residual Stress Field of SiCw/Al Composite |
1.4 |
China |
| Huang, Junjie; bian, Kai; Jiang, Chuanhai; Wang, Qi |
Application of the FEM for the prediction of the Micro-region Stress of TiB2/Al Composite |
2.2 |
China |
| Huang, Junjie; Jiang, Chuanhai; Wang, Qi |
Influence of Isothermal Annealing on Stress Relaxation of Shot Peened SiCw/Al Composite
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7.2 |
China |
| Ishikura, Ryohei; Inoue, Keisuke; Kobayashi, Yuji; Tsuji, Toshiya |
Influence of work hardening and residual stress induced by shot peening on pitting strength |
6.1 |
Japan |
| Kienzler, A.; Weingaertner, Regina; Hoffmeister, J.; Schulze, V. |
Effects of fluid condition and material on surface damage in ultrasonic wet peening |
8.8 |
Germany |
| Kim, Jong-Cheon; Nam, Ji-Hun; Kang, Min-Woo; Cheong, S.K. |
Reliability evaluation of shot peened Al7075-T6 specimen for aircraft components by accelerated life test |
5.2 |
Korea |
| Kim, Taehyung; Hyun, Hong Chul; Kim, Minsoo; Lee, Hyungyil |
Prediction of Peening Residual Stress Using
a 3D FE Model under Multi-shot Oblique Impacts
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Poster |
Korea |
| Kim, Taehyung; Hyun, Hong Chul; Kim, Minsoo; Lee, Hyungyil |
A 3D FE Model with Plastic Shots for Evaluation of Residual Stress under Oblique Shot Peening in AISI4340 Steel
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Poster |
Korea |
| Kobayashi, Yuji; Daisuke, Gowa; Seki, Masanori; Lei, Wang |
The effect of fine particle shot peening on the rolling contact fatigue strength |
8.2 |
Japan |
| Konitzer, Martin; Polanetzki, H. |
Implementation of velocity measurement as intensity verification in serial production |
1.3 |
Germany |
| Kritzler, J |
Influence of shot peening and superfinishing on gears as a repair tool of damaged faces of teeth generated by overheating when grinding.
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9.1 |
Germany |
| Lahrman, David; Gaydos, Peter |
Laser Peening for Prevention of Fatique Failures |
8.3 |
USA |
| Leap, M.J.; Rankin, J.; Harrison, J.; Hackel, L.; Nemeth, J.; Candela, J. |
Effects of laser peening on fatigue life in an arrestment hook shank application for naval aircraft |
8.3 |
USA |
| Lee, Yonsung; Kim, Taehyung; Cheong, Seong Kyun |
Application of micro-peening to aluminum alloy with a small u-notch for improving fatigue life |
Poster |
Korea |
| Lu, Xiaobin |
Shot Peening - A Tribological Approach |
10.1 |
USA |
| Luan, Weizhi; Jianga, Chuanhai; Chen, Xiaohu |
XRD investigation of thermal relaxation behavior of microstructure in TiB2/Al deformation layer introduced by shot peening |
3.1 |
China |
| Maawad, Emad; Brokmeier, H.G.; Wagner, L.; Genzel, Ch. |
Stress distribution in alpha and beta phases of mechanically surface treated TIMETAL LCB determined by energy-dispersive X-ray diffraction |
Poster |
Germany |
| Manouchehrifar, Afshin; Rezvani, Kamal |
3D FE analysis of shotpeening process for simulation and research on shotpeening process parameters |
2.1 |
Iran |
| Mhaede, Mansour; Sano, Y.; Altenberger, I.; Wagner, L. |
Fatigue Performance of Al7075-T73 and Ti-6Al-4V: Comparing Results after Shot Peening, Laser Shock Peening and Ball-Burnishing |
8.1 |
Germany |
| Mhaede, Mansour; Wagner, L. |
Effect of coverage in ball-burnishing on fatigue performance of Al2024-T4 |
8.1 |
Germany |
| Miao, Honyan; Levesque, Martin |
On the potential application of a numerical optimization of fatigue life with DoE and FEM |
1.2 |
Canada |
| Miao, Honyan; Levesque, Martin |
On the potential application of a numerical optimization of fatigue life with DoE and FEM |
9.3 |
Canada |
| Mirzazadeh, Mohammad Mahdi |
Effects of Shot Peening on High Cycle Fatigue Behavior of Powder Metallurgy and Conventional forms of a Medium Carbon Steel
|
5.1 |
Canada |
| Muller, Eckehard; Bochum, Hochschule |
Comparison of the different stress distributions by stress rolling of spring steel |
Poster |
Germany |
| Munthe, Sutarno; Munthe Maris |
The method of corrective shot peening: how to correct the distortion on the machined parts |
8.6 |
Indonesia |
| Murugaratnam, K.; Utili, S. |
Shot Peening Optimization using the Discrete Element Method |
2.2 |
UK |
| Mylonas, Georgios; Labeas, G.N. |
A comprehensive stream analysis and a numerical simulation of shot peening for the prediction of corresponding products |
2.1 |
Greece |
| Nakonieczny, Aleksander; Monka, Grzegorz |
Increasing of the contact fatigue strength by nitriding and shot-peening treatment |
8.8 |
Poland |
| Oyama, Tadanobu; Kobayashi, Yuji; Kitagawa, Toshihiro; Yokoi, Noki; Hiraoka, Yasushi |
Improvement of the Heat Checking Resistance of Casting Dies by Shot-Peening |
1.4 |
Japan |
| Polanetzki, Holger; Ehrl, Janne; Wagner, Lothar; Stoll, Inga |
Influence of different surface enhancement processes on mechanical properties of the titanium alloy Ti6246 |
8.1 |
Germany |
| Pyoun, Y.S.; Suh, C.M.; Cho, I.H.; Lee, K.Y.; Ahn, S.Y; Cherif, A; Scholtes, B.; Kayumov, R. |
Application of UNSM (ultrasonic nanocrystal surface modification) technology for increasing fatigue strength of Ti6Al4V ELI spine rod and for decreasing 15% of the spine rod diameter |
Poster |
Korea, Germany |
| Pyoun, Young Sik; Cho, I.H.; Suh, C.M.; Park, Jin; Rogers, Josh; Kayumov, Ravil |
Application of UNSM (ultrasonic nano crystal surface modification) technology for prolonging the service life of AISI 1045 shear pin in the flange yoke assembly of stainless hot rolling mill |
5.1 |
Korea |
| Pyun, Young Sik; Suh,C.M.; Cho. I.H.; Kim, J.H.; Amanov, A. |
Enhanced mechanical characteristics of metal alloys by the ultrasonic nanocrystal surface modification |
5.2 |
Korea |
| Scheel, Jeremy; Hornbach, Doug; Prevey, Paul |
Mitigation of stress corrosion cracking using an engineered residual stress solution |
6.2 |
USA |
| Sin, H.; Janecek, M.; Wagner, Lothar |
Effects of severe plastic bulk and surface deformations on fatigue performance of Cp-Cu |
8.1 |
Germany |
| Soyama, Hitoshi; Takakuwa, Osamu; Naito, A. |
Effect of injection pressure and size of nozzle throat of a cavitating jet on cavitation peening |
2.2 |
Japan |
| Spradlin, Thomas J.; Grandhi, Ramana; Langer, Kristina |
Modified symmetry cell approach for simulation of surface enhancement over large scale structures |
2.1 |
USA |
| Stoll, Inga; Helm, Dietmar |
Ultrasonic Shot Peening (USP) for Ti-6Al-4V and Ti-6Al-2Sn-4Zr-6Mo aero engine components |
8.4 |
Germany |
| Sumiyoshi, Isao; Tange, Akira; Okada, Hideki |
Shot Peening Conditions and Processing Properities for Spring Steel |
1.4 |
Japan |
| Tange, Akira |
The prediction of fatigue strength for shot-peened materials by fracture mechanics |
5.1 |
Japan |
| Timmermann, Klaus; Zinn, Wolfgang; Scholtes, Berthold |
Effects of shot peening treatments on corrosion fatigue of cast or wrought Al-base alloys |
6.2 |
Germany |
| Tosha, Katsuji |
Effect of shot peening on surface texture and surface integrity |
2.1 |
Japan |
| Tsuji, Toshiya; Ishikura, Ryohei; Kobayashi, Yuji; Inoue, Keisuke |
Influences of mechanical properties and retained austenite content on shot-peening characteristics |
3.4 |
Japan |
| Valeo, J. Vázquez; Thieuleux, Jean-Yves; Pintado, C. Navarro; Abascal, J. Dominguez |
Influence of laser peening (LP) and shot peening (SP) on fretting fatigue life under spherical contact |
8.3 |
Spain |
| Van Wijk, Song; Francois, Manuel; Frabolot, Marc; Sura, Edoardo; Ghodhbani, N. |
Residual stress measurement in carbonitrided shot-peened steel using the incremental groove machining coupled with speckle pattern interferometry |
3.3 |
France |
| VanDalen, John E.; Hopkins, Marc E.; Hill, Michael R. |
Residual Stress Enhancement of X-2M Foreign Object Damage Tolerance
|
5.1 |
USA |
| Vasu, Anoop; Grandhi, Ramana V. |
Compressive Residual Stress Optimization in Laser Peening of a Curved Geometry |
8.3 |
United States |
| Waikar, R.; Guo, Yuebin |
Fabrication and characterization of bulk nanocrystalline layer on the aluminum 6061 surface by shot peening (SP) |
5.3 |
USA |
| Watanabe, Yoshihiro; Hattori, Kanehisa; Handa, Mitsuru; Yoshimi, Yukiharu; Ikeda, Tadashige; Fujii, E. |
The effect of Frozen Ultrasonic Shot Peening Treatment on two way characteristic at Shape Memory Alloy |
8.4 |
Japan |
| Wollmann, M.; Mhaede, M.; Wagner, L. |
Effect of austenite stability on phase transformation and fatigue performance of stainless steels after various mechanical surface treatments |
Poster |
Germany |
| Wollmann, M.; Atoura, J.; Wagner, L. |
Comparing fatigue notch sensitivities of various alloys before and after mechanical surface treating |
9.4 |
Germany |
| Xie, Jun Feng; Zhu, You Li; Huang, Yuan Lin |
The effects of ulrasonic-aided deep rolling process on fatigue performance of 30CrMnSiNi2A steel |
8.4 |
China |
| Xu, Kewei; Jiang, Chuanhai; Wang, Renzhi |
The recent developments of shot peening in China |
9.4 |
China |
| Young, Kevin |
Peening process characterization and optimization |
9.3 |
USA |
| Zay, K.; Wollmann, M.; Wagner, L.; Mhaede. M |
Considering environmental and mean stress effects in understanding HCF performance of mechanically surface treated metallic materials |
Poster |
Germany |
| Zay, K.; Kosaka, Y.; Wagner, L. |
Shot peening and ball-burnishing to improve HCF strength of the new titanium alloy TIMETAL-54M |
8.1 |
Germany |
Only papers with a presenter fully registered for the conference will be included in the final Proceedings publication.
