The John F. Kennedy Student Paper Competition was established by the IAHR Council in 1992 to honor the memory of Professor John F. Kennedy, IAHR President (1979-1983) and Honorary Member (1989-1991). Professor Kennedy made significant and lasting contributions to the Association, and is remembered particularly for his/her efforts to foster younger-member membership and participation. The competition is associated with each IAHR world congress. A panel of judges selects the winning paper on the basis of written and oral presentations. The winner of the competition is awarded a cash prize from the Award fund, and a commemorative plaque, at the congress closing ceremony. The LOC may offer additional cash prizes and certificates to runners up from its own resources.
The Award fund, established by Professor Kennedy's family, is maintained by the Association and is authorised to receive contributions from Association members and from friends of Professor Kennedy.
1. The John F. Kennedy Student Paper Competition (hereinafter referred to as the Competition) will be held in conjunction with each IAHR biennial congress.
2. The Education and Professional Development Technical Committee (EPD-TC) will have responsibility to organise and conduct the Competition under the supervision of the Awards Committee and the Task Force for Young Professionals Network Development. Plans for the Competition will be presented to the respective committees and IAHR Council for approval two years beforehand.
3. The Competition must include an initial screening of student papers submitted for consideration, and selection of papers to be presented at the Congress and published as part of the proceedings. Papers accepted for the Competition must be formally presented by the author at the corresponding technical session of the congress. The papers will be judged, on both the written and oral presentations, by an international panel of experts convoked by the EPD-TC.
4. The panel of experts will have full responsibility for selection of the winning contribution. The panel of experts will be formed by: 2 members of the IAHR Hydraulics division; 2 members of the IAHR Hydro-Environment division; 2 members of the IAHR Innovation and Professional Development division; and 2 members of the IAHR Working Groups.
5. The Competition is open to undergraduate and postgraduate students who, at the time their conference paper submission is made, are actively pursuing an academic degree in the general area of hydraulics and water resources. The conference paper submission shall be accompanied by an official statement from the research advisor affirming the status of the student.
6. Submissions must be original works (not previously published elsewhere) and be single-authored by a student only.
7. The winner of the Competition will be awarded a cash prize from the John F. Kennedy Student Paper Competition Award Fund (hereinafter referred to as the Fund). The cash prize, along with a commemorative plaque provided by the IAHR Secretariat, will be awarded to the winner at the Congress closing ceremony. Also announced will be the two runners-up of the Competition.
8. The IAHR Secretariat will provide certificates of participation to all the Competition participants shortlisted for presentation during the IAHR World Congress.
9. The IAHR Secretariat will maintain the Fund, and receive contributions in addition to those provided by the Kennedy Family from the IAHR membership and friends of Professor Kennedy.
10. The IAHR Secretariat, working with the EPD-TC and the LOC, will ensure broad distribution of announcements regarding the Competition, including announcement of the winners. The Secretariat and the EPD-TC will submit a brief summary of each Competition, along with a copy of the winning paper, to the Kennedy Family after each biennial congress.
2019: Rosa Camila Timana Mendoza, IAHR UTEC-Peru Young Professionals Network Peru | Acceptance Speech
2019: Siddharth Seshan, IAHR-Baden Württemberg (IAHR-BW) Young Professionals Network Germany | Acceptance Speech
2017: I. Schalko, Switzerland: Large wood accumulation probability at a single bridge pier
2017: S. Chamoun, Switzerland: Venting of turbidity currents: when to act?
2015: D. Ferras, Switzerland and Portugal: Fluid-structure-interaction in pipe coils during hydraulic transients: numerical and experimental analysis
2015: P. Ouro, UK: Large-eddy simulation of vertical axis tidal turbines: study of the blockage effect
2013: S. Van Emelen, Belgium: Erosion Modeling over a Steep Slope: Application to a Dike Overtopping Test Case
2013: Rafael Duarte, Switzerland: Air Concentrations in Plunge Pools due to Aerated Plunging High-Velocity Jets and Dynamic Pressures in Underlying Fissures
2013: Mengzhen Xu, China: Experimental Study of Bio-fouling Control of Golden Mussels (Limnoperna Fortunei) in Water Transfer Tunnels
2011: F. Bagherimiyab, Switzerland: Coherent structure and particle turbulence interaction in suspended sediment-laden laboratoy open-channel flows
2011: P. Brady, Australia: A Novel ILES/VOF solver of the simulation of turbulent free surface flows
2009: S. Miyawaki, Japan (2009 Poster Presetation Winner): Numerical Investigation of Three-Dimensional Scalar Transport at a River Confluence
2009: F. Ye, China (2009 Oral Presentation Winner): Integrated Modelling Of Riparian Vegetation Dynamics Subjected To Reservoir Operation
2005: B. Spinewine, Belgium: Two-layer flow behaviour and the effects of granular dilatancy in dam-break induced sheet-flow
2003: K. Kramer, Switzerland: Bottom air concentration of aerated chutes
2001: D. Hurther, Switzerland: Sediment transport assessment in suspension flow based on coherent structures characteristics
1999: H. Class, Germany: Numerical simulation of non-isothermal steam injection processes in NAPL – contaminated porous media
1997: J. L. Sansalone, USA: Infiltration as an urban source control for metal elements and solids
1995: B. Jefcoate, UK: A model to investigate the roles of texture and sorting in bed armouring
1993: G. Huang, China: Effects of moisture and roughness on urban heat island - an analytical and numerical study