|
Kitekraft: Building Flying Wind Turbines Florian Bauer, kiteKRAFT GmbH
|
|
1
|
291
|
August 27, 2024
|
|
Achieving ultralight, rigid, durable, low-cost composite AWE kites with efficient design and manufacturing Florian Breipohl, Enerkite GmbH
|
|
1
|
359
|
August 18, 2022
|
|
Experimental Validation on Using Drones for the Take-off and Landing Phases of an AWE System Zakeye Azaki, Grenoble-INP
|
|
1
|
271
|
July 25, 2022
|
|
Rotary Kite Turbine Development Roderick Read, Windswept and Interesting Ltd
|
|
6
|
543
|
July 11, 2022
|
|
Flying a rigid kite with a single tether attachment point Tallak Tveide, KiteMill
|
|
4
|
423
|
July 10, 2022
|
|
Circular AWE Parks with High Ground Area Power Density Moritz Diehl, University of Freiburg
|
|
1
|
259
|
July 1, 2022
|
|
The Pyramid, a TRPT rethink Roderick Read, Windswept and Interesting Ltd
|
|
4
|
298
|
June 27, 2022
|
|
Rotation compensator based cyclic pitch control for Rotary Airborne Wind Energy Systems Christof Beaupoil, someAWE Labs S.L.
|
|
1
|
269
|
June 27, 2022
|
|
Design Analysis of a Rotary Airborne Wind Energy System Oliver Tulloch, University of Strathclyde
|
|
1
|
239
|
June 25, 2022
|
|
Welcome
|
|
2
|
379
|
June 25, 2022
|
|
Trajectory Tracking Controller Design and Simulation of a Tethered Aircraft Anıl Sami Önen, Middle East Technical University
|
|
0
|
225
|
June 24, 2022
|
|
About the AWEC 2021 category
|
|
2
|
201
|
June 25, 2022
|
|
A Multidimensional Trade-off Gian Mauro Maneia, Kitenergy Srl
|
|
0
|
231
|
June 24, 2022
|
|
Kitemill - commercial development Asgeir Løno (for Thomas Hårklau), Kitemill AS
|
|
0
|
317
|
June 24, 2022
|
|
Kitepower's journey to the Islands and beyond Johannes Peschel, Kitepower BV
|
|
0
|
245
|
June 24, 2022
|
|
Fast Aeroelastic Model of a Leading-Edge Inflatable Kite Uri Cayon, TU Delft and DTU
|
|
0
|
224
|
June 24, 2022
|
|
Open-source parametric FE meshing tool for fixed-wing AWE kites Dylan Eijkelhof, TU Delft
|
|
0
|
209
|
June 24, 2022
|
|
Dynamics of tethered airborne wind energy systems Amar Fayyad K. Akberali, Concordia University
|
|
0
|
277
|
June 24, 2022
|
|
Design of an Airborne Wind Energy System for Mars Habitats Mario Rodriguez, TU Delft and DTU
|
|
0
|
249
|
June 24, 2022
|
|
Swinging Motion of a Flexible Membrane Kite with Suspended Control Unit During Turning Maneuvers Mark Schelbergen, TU Delft
|
|
0
|
250
|
June 24, 2022
|
|
Ground Station Control of an Airborne Wind Energy System in a Complete Operational Cycle Ali Arshad Uppal, Universidade do Porto
|
|
0
|
262
|
June 24, 2022
|
|
KGM1 - A different approach to the Airborne Wind Energy technology Marco Ghivarello, GHIVA Prog. CAD
|
|
0
|
220
|
June 24, 2022
|
|
Annual Wind Resource Assessment for an Airborne Wind Energy System Anıl Edgar Uriel Solís-Magallanes, Metropolitan Polytechnic University of Hidalgo
|
|
0
|
251
|
June 24, 2022
|
|
Airborne Wind Energy Farm Layout and Optimization Luís A.C. Roque, Universidade do Porto
|
|
0
|
229
|
June 24, 2022
|
|
Predictive Control of a Morphing Airborne Wind Energy System Jacob B. Fine, North Carolina State University
|
|
0
|
211
|
June 24, 2022
|
|
On control of phase transitions in Airborne Wind Energy Systems Nicolas Kessler, Politecnico di Milano
|
|
0
|
198
|
June 24, 2022
|
|
Performance Investigation of Utility-Scale Airborne Wind Energy Farms using Large-Eddy Simulations Thomas Haas, KU Leuven
|
|
0
|
220
|
June 24, 2022
|
|
The Daedalus project: AWE tether engineering method substantiated Rigo Bosman, RIGO Ropes
|
|
0
|
217
|
June 24, 2022
|
|
Aero-structural design tailoring of composite AWE wings Ashwin Candade, Enerkite GmbH
|
|
0
|
229
|
June 24, 2022
|
|
An Entrainment-Based Model for Annular Wakes, with Applications to Airborne Wind Energy Sam Kaufman-Martin, University of California, Santa Barbara
|
|
0
|
214
|
June 24, 2022
|