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Raghavendra (Raghu) Krishnamurthy

Raghavendra (Raghu) Krishnamurthy

Email: rkrishn1@nd.edu

Phone: 574-631-3467

Office: 318 Cushing Hall

Education

Ph.D., Arizona State University, 2013

M.S., Arizona State University, 2008

Biography

Research Focus

Atmospheric fluid dynamics, boundary layer, wind energy, wind engineering, remote sensing, aircraft safety, urban air pollution, air-sea interaction, sustainability engineering, smart sensing of complex flows.

 

Teaching

 At Arizona State University:

  1. Summer 2011: [MAE 212-1001: Engineering Physics II; 34 undergrad students; CIF Report: Effectiveness of teaching 3.8/5; Degree of Intellectual Challenge 4.5]
  2. Fall 2011: [MAE 212-1008: Engineering Statics & Dynamics; 69 undergrad students; CIF Report: Effectiveness of teaching 4.2/5; Degree of Intellectual Challenge 4.8]
  3. Spring 2012: [MAE 212-1001: Engineering Statics & Dynamics; 100 undergrad students; CIF Report: Effectiveness of teaching 4.4/5; Degree of Intellectual Challenge 4.6]
  4. Fall 2012: [MAE 572-1001: Introduction to Wind Energy; 36 grad students; CIF Report: Effectiveness of teaching 4.8/5; Degree of Intellectual Challenge 3.5]

At University of Notre-Dame:

  1. Spring 2018: [CE 572-1001: Introduction to Wind Energy; 8 grad & 3 undergrad; CIF Report: Effectiveness of teaching 4.4/5, Degree of Intellectual Challenge 4]
  2. Fall 2018: [CE 62400 (13309) – Environmental Fluid Dynamics student practicum, Effectiveness of teaching 4.6/5]
  3. Spring 2019: [CE 62400 (23422) – Environmental Fluid Dynamics student practicum]

 

Research Projects

I.  MISO-BOB (2019)Monsoon Intra-Seasonal Oscillations in Bay Of Bengal - Leg 2

II. Socio-Environmental Impacts of Wind Farms on Crop Yield (2019) - Notre Dame Energy Change Initiative

III. C-FOG (2018): Towards Improved Observations and Predictions of Coastal Fog

IV. MISO-BOB (2018): Monsoon Intra-Seasonal Oscillations in Bay Of Bengal - Leg 1

V. Perdigão (2017): International study on decoding complex flows for wind energy applications in Portugal

VI. CASPER (2017): Coupled Air Sea Processes and Electromagnetic ducting Research

VII. WFIP2 (2016): Wind Forecasting Improvement Project II: Multi-university project focused on improving short-term forecasting for wind energy

VIII. OBLEX-F1 (2015): Offshore Boundary Layer Experiment at FINO1 platform

IX. UFO (2015): Ultra-Fast Sensors for Airport Monitoring

X. SESAR XP1 (2014): Remote sensing trials at CDG Airport

XI. CHATS (2007): Canopy Horizontal Array Turbulence Study

XII. T-REX (2006): Terrain-Induced Rotor Experiment

 

Experience

Current Positions

Research Assistant Professor, University of Notre-Dame, USA  

Adjunct Research Scientist, Arizona State University, USA 

Previous Positions

Senior Scientific R&D Engineer & Application Expert, LEOSPHERE, Paris, France

Post-doctoral Scholar, Arizona State University, USA 

Faculty Associate, Mechanical Engineering Department, ASU 

Teaching Assistant, Mechanical Engineering Department, ASU

Environmental Consultant, Trinity Consultants, Inc., Texas, USA

Research Assistant, Arizona State University, USA 

 

Innovative Projects:

Motion Stabilized Platform for Offshore Remote Sensing - click here

Synchronized Triple Doppler Lidars - click here

 

Journal Publications  

 

  1. Characterizing NWP Model Errors Using Doppler-Lidar Measurements of Recurrent Regional Diurnal Flows: Marine-Air Intrusions into the Columbia-River BasinRobert M Banta; Yelena L. Pichugina; W. Alan Brewer; Aditya Choukulkar; Kathleen Lantz; Joseph B. Olson; Jaymes Kenyon; Harindra J.S. Fernando; Raghavendra Krishnamurthy; Mark J. Stoelinga; Justin Sharp; Lisa S. Darby; David D. Turner; Sunil Baidar; Scott P. Sandberg, Monthly Weather Review [In Review]
  2. Impact of model improvements on the 80-m wind speeds during the second Wind Forecast Improvement Project (WFIP2), L Bianco, I V. Djalalova, J M. Wilczak, J B. Olson, J S. Kenyon, A Choukulkar, L K. Berg, H J. S. Fernando, E P. Grimit, R Krishnamurthy, J K. Lundquist, P Muradyan, M Pekour, Y Pichugina, M T. Stoelinga, and D D. Turner, Geoscientific Model Development [In Review]
  3. Identification and Characterization of Wintertime Cold Pool Events in the Columbia River Basin during WFIP2, K McAffrey, J Wilzack, L Bianco, E Grimit, J Sharp, R Banta, HJS Fernando, R Krishnamurthy, K Friedrich (2019), Journal of Applied Meteorology and Climatology [In Review]
  4. Real-time motion stabilized Doppler Lidar wind and turbulence observationsR Krishnamurthy, R Coppersmith, D Grober, H J.S. Fernando (2019), Remote Sensing Letters [In Review] 

  5. Observations and numerical modeling of thermally driven wind reversals above parallel ridges, R Krishnamurthy, HJS Fernando, R Dimitrova, C Hocut, E Creegen, (2019), [In Review]

  6. Spatial variability of winds and HRRR-NCEP model error statistics at three Doppler-Lidar sites in the wind-energy generation region of the Columbia river basin, Pichugina, Y, R. Banta, T. Bonin, A. Brewer, A. Choukulkar, B. McCarty, J. Fernando, J. Kenyon, R. Krishnamurthy, M. Marquis, J. Olson, J. Sharp, and M. Stoelinga, (2019), Journal of Applied Meteorology & Climatology [Accepted]
  7. The Second Wind Forecast Improvement Project (WFIP2): Observational Field Campaign, J Wilczak, M Stoelinga; L Berg; J Sharp; C Draxl; K McCaffrey; R Banta; L Bianco; I Djalalova; J K. Lundquist; P Muradyan; A Choukulkar; L Leo; T Bonin; Y Pichugina; R Eckman; C Long; K Lantz; R Worsnop; J Bickford; N Bodini; D Chand; A Clifton; J Cline; D Cook; H. J.S. Fernando; K Friedrich; R Krishnamurthy; M Marquis; J McCaa; J Olson; S Otarola-Bustos; G Scott; W. J. Shaw; S Wharton; A. B. White (2019), Accepted in Bull. Amer. Met. Soc.,
  8. Spatial and temporal variability of turbulence dissipation rate in complex terrain, N Bodini, JK Lundquist, R Krishnamurthy, M Pekour, LK Berg, A Choukulkar, 2019, Atmos. Chem. Phys.,19, 4367-4382, https://doi.org/10.5194/acp-19-4367-2019.
  9. Measurement-Based Numerical Study of the Effects of Realistic Land Topography and Stratification on the Coastal Marine Atmospheric Surface LayerYang, Zixuan, Antoni Calderer, Sida He, Fotis Sotiropoulos, R Krishnamurthy, Laura S. Leo, Harindra JS Fernando, Christopher M. Hocut, and Lian Shen. 2019, Boundary-Layer Meteorology, 1-26. (https://doi.org/10.1007/s10546-018-00423-2)
  10. The PERDIGÃO: Peering into Microscale Details of Mountain Winds, HJS Fernando, several authors, R Krishnamurthy et al., (2018), Accepted in Bulletin of American Meteorological Society (https://doi.org/10.1175/BAMS-D-17-0227.1)
  11. 2D VAR single Doppler LIDAR vector retrieval and its application in offshore wind energy, NW Cherukuru, R Calhoun, R Krishnamurthy, B Sarvadal, J Reuder (2017) Energy Procedia, 137C, pp. 497 - 504 (https://doi.org/10.1016/j.egypro.2017.10.378)
  12. Offshore wind turbine wake characteristics using scanning Doppler lidar, R Krishnamurthy, HJS Fernando, B Sarvadal, J Reuder, J Jakobsen (2017) Energy Procedia, 137C, pp. 428-442 (https://doi.org/10.1016/j.egypro.2017.10.367)
  13. 3D winds and turbulence characteristics of the atmospheric boundary layer, R Barthelmie, P Crippa, H Wang, CM Smith, R Krishnamurthy, A Choukulkar, R Calhoun, & others (2014).  Bulletin of Atmospheric and Meteorological Sciences. 95(5), 743-756.  (https://doi.org/10.1175/BAMS-D-12-00111.1)
  14. Wind farm characterization and control using coherent Doppler lidar, R Krishnamurthy (2013), Pro-quest Dissertation and Thesis, Mechanical Engineering, Arizona State University, Phoenix, AZ (https://repository.asu.edu/attachments/110579/content/Krishnamurthy_asu_0010E_12993.pdf)
  15. Mesoscale model evaluation with coherent Doppler lidar for wind farm assessment, R Krishnamurthy, R Calhoun, B Billings, J Doyle (2013), Journal of Renewable and Sustainable Energy. 4(6), 579-588. http://dx.doi.org/10.1080/2150704X.2013.769285
  16. Coherent Doppler lidar for wind farm characterization, R Krishnamurthy, A Choukulkar, R Calhoun, J Fine, A Oliver, K Barr (2013), Wind Energy, 16(2), 189-206.  DOI: 10.1002/we.539
  17. Wind turbulence estimates in a valley by coherent Doppler lidar, R Krishnamurthy, R Calhoun, B Billings, J Doyle (2011), Meteorological Applications, 18(3), 361-371.  DOI: 10.1002/met.263
  18. Large-eddy simulation based retrieval of dissipation rate from coherent Doppler Lidar, R Krishnamurthy, R Calhoun, & HJS Fernando (2010), Boundary-Layer Meteorology, 136(1), 45-57. https://doi.org/10.1007/s10546-010-9495-y
  19. Retrieval of the dissipation of turbulent kinetic energy from coherent Doppler lidar data, R Krishnamurthy, (2008), Pro-quest Dissertation and Thesis, Mechanical Engineering, Arizona State University, Phoenix, AZ

In preparation:

1). Stratified flow through a microscale gap, D Vassallo, R Krishnamurthy, HJS Fernando (To be submitted to JAS)

2). Spatial variability of coastal internal boundary layers, R Krishnamurthy, HJS Fernando, Q Wang (To be submitted to JGR)

3). Relationship between Cn2 & dissipation rate for Laser propagation, R Krishnamurthy, HJS Fernando

4). Physics-driven machine learning for wind speed extrapolation, D Vassallo, R Krishnamurthy, HJS Fernando

5). Ramp events validation during the second Wind Forecast Improvement Project (WFIP2) using the Ramp Tool and Metric (RT&M), Djalalova, I. V., L. Bianco, E. Akish, J. M. Wilczak, J. B. Olson, J. S. Kenyon, L. K. Berg, A. Choukulkar, R. Coulter, R. Eckman, H. J. S. Fernando, E. Grimit, R. Krishnamurthy, J. K. Lundquist, P. Muradyan, M. Pekour, M. Stoelinga, 2019: (preparation for Journal of Applied Meteorology and Climatology)

6). Microphysics of Marine Fog: A Case of fog formation due to Stratus lowering, S Wagh, R Krishnamurthy, HJS Fernando

7). Field testing of synchronized Doppler Lidars, R Krishnamurthy, HJS Fernando, J Eacock, G Pearson (2019)

 

Invited Talks

  • "Decoding complex atmospheric flows using Lidars", 2019, PNNL, OR
  • Aircraft Wake Vortices –Transport and Decay study using Lidars”, 2017, IPMA, Portugal
  • Smart LIdar event Characterization (SLIC) Systems” 2016, Army Research Laboratory, USA.
  • See the Wind - Lidar Introduction & Applications” 2016, University of Notre-Dame, Seminar Series, USA.
  • Real-world applications and advancements of scanning Doppler Lidars”, 2015, Norcowe Consortium, Stavanger, Norway.
  • Scanning Doppler Lidar for Aircraft Wake Vortex Control”, 2014, EuroControl, France.
  • Wind Farm Characterization using scanning Doppler Lidar”, 2014, Goldwind, Beijing, China.
  • Scanning Doppler Lidar Applications”, 2013, General Electric (GE), Bangalore, India.
  • Doppler Lidar – Feed-Forward control application”, 2012, Intel Corporation, Oregon, USA.
  • Coherent Doppler Lidar for wind farm assessment”, 2012, Texas Tech University Symposium, Texas.
  • Coherent Doppler Lidar for wind farm characterization, layout and control”, 2011, Intel Corp., Arizona, USA.
  • Remote sensing for Wind Energy”, 2009, Ecosystem Seminar Series, ASU, Arizona, USA.

Conference Publications

  1. Atmospheric Turbulence Measurements in Coastal Zone during C-Fog 2018, 2019, A Grachev, R Krishnamurthy, HJS Fernando, EGU Conference
  2. C-FOG Field Campaign for Coastal Fog: Emphases on Microphysics versus Dynamics, 2019, I. Gultepe, H.J. S Fernando, E. Pardyjak, Q. Wang, C. Hocut, E. Creegan, S. W. Hoch, C. Dorman, D.D. Flagg, R. Chang, N. Scantland, S. Desjardins, T. Bullock, R. Yamaguchi, M. Pavolonis, R. Krishnamurthy, A.J. Heymsfield, and S. Gaberšek, W. Perrie, P. Jinadasa, EGU Conference.
  3. Air-sea Interactions during Indian-Ocean Monsoon Intraseasonal Oscillations, 2019, J Perez, HJS Fernando, E Creegan, K Woods, GS Black, J DeHart, A Rydbeck, J Stailey, R Krishnamurthy, H Wijesekara, A Tandon, E Shoyer, AMS Conference.

  4. C-FOG Field Campaign for Coastal Fog Observations, 2019: I. Gultepe, H.J. S Fernando, E. Pardyjak, Q. Wang, C. Hocut, E. Creegan, S. W. Hoch, C. Dorman, D.D. Flagg, R. Chang, N. Scantland, S. Desjardins, T. Bullock, R. Yamaguchi, M. Pavolonis, R. Krishnamurthy, A.J. Heymsfield, and S. Gaberšek, W. Perrie, P. Jinadasa, AMS Conference.

  5. Spatial heterogeneity of offshore internal boundary layer growth under different stability conditions, 2018, R Krishnamurthy, HJS Fernando, Q Wang, AGU Conf., Washington DC.

  6. Influence of a forest canopy on thermal driven slope flows in complex terrain, 2018, C Hocut, A Pattantyus, R M Randall, Y Wang, R Krishnamurthy, S Otarola-Bust and HJS Fernando, AGU Conf., Washington DC.

  7. Stratification Effects on Flow through a Microscale Gap, 2018, D VassalloR Krishnamurthy, and HJS Fernando, AGU Conf, Washington DC.

  8. Coastal internal boundary layer studies during CASPER-West, 2018, R Krishnamurthy, HJS. Fernando, A Christman, D Allapattu, B Wauer, K Franklin, Q Wang, AMS Air-Sea Interaction Conference, Oklahoma City.

  9. Boundary-Layer Wind-Flow Variability in Complex Terrain from Scanning Doppler Lidars and NWP Operational Models, 2018, Y Pichiguina, R Banta, A Choukulkar, T Bonin, AW Brewer, J Olson, J Kenyon, M Marquis, C Bonfanti, B McCarty, S Baidar, S Sandberg, M Hardesty, HJS Fernando, R Krishnamurthy, AMS BLT Conference, Oklahoma City.
  10. Neutrally Stratified Flow through a Microscale Gap in a Parallel Double Ridge in Perdigão, Portugal, 2018, D Vassallo, R Krishnamurthy, HJS Fernando, ISEH Conference, Notre Dame, Indiana.
  11. Evaluating the efficacy of Monin-Obukhov Similarity Theory (MOST) within the Complex Terrain Boundary Layer (ABL) during the Wind Forecast Improvement Project 2 (WFIP2), 2018, S. Otarola-Bustos, R. Krishnamurthy; L.S Leo and H.J.S Fernando, ISEH Conference Proceedings, University of Notre Dame, USA.

  12. Scanning Doppler lidars for Wind Energy research and validation of NWP model wind forecast in complex terrain, 2018, Y Pichiguina, R Banta…, R Krishnamurthy, HJS Fernando, CLRC, Okinawa, Japan.
  13. Observing and Modeling Recurrent Diurnal Summertime Wind Systems in the Complex Terrain of the Columbia River Basin during the Second Wind Forecast Improvement Project, 2018: R Banta, A Choukulkar…, H Fernando, R Krishnamurthy, Mountain Met Conference, Santa Fe, New Mexico, USA.
  14. Impact of land data assimilation on meteorology and air quality, 2018: A. Sharma, R. Kumar, H. Fernando, A. Hamlet, F. Chen, and R. Krishnamurthy, EGU Conference, Austria.
  15. Advancing NWP wind forecasts in complex terrain by lidar technology, 2018: Pichugina, Y, R. Banta, T. Bonin, A. Brewer, A. Choukulkar, McCarty, J. Cline, HJS. Fernando, J. Kenyon, R. Krishnamurthy, M. Marquis, and J. Olson, AMS Conference, USA.
  16. Air-sea interaction measurements and analyses in CASPER, Q Wang & the CASPER team, 2018: Ocean Science Meeting, USA
  17. Numerical Study of Atmospheric Boundary Layer in Coastal Area with Complex Land Topography, 2018: Z Yang, A Calderer, S He, F Sotiropoulos, R Krishnamurthy, H J. Fernando, L Shen, Ocean Science Meeting, USA.
  18. Slope flows in the presence of vegetation during Perdigão, 2017: C. M. Hocut, S. Otarola-Bust, A. Pattantyus, Y. Wang, E. Creegan, C. L. Klipp, R Krishnamurthy, L. S. Leo H. J. Fernando, AGU Conference, USA.
  19. Boundary layer characterization during Perdigão field campaign 2017, 2017: *J Salvadore, L. Leo, M. Belo-Pereira, R. Krishnamurthy, W. Brown, P. M. Klein, S. Oncley, H.J.S. Fernando, J. Mann, AGU Conference, USA.
  20. Inter-relationship of Cn2 & eddy dissipation rate based on Scintillometer and Doppler Lidar observations in complex terrain during the Perdigão campaign, 2017: E. D. Creegan, R Krishnamurthy, C. M. Hocut, A. K. Pattantyus, L. S. Leo, Y. Wang, D. Vassallo, H. J. S. Fernando, AGU Conference, USA.
  21. Nocturnal Reversed Flows Above Parallel Ridges in Perdigão, Portugal, 2017: R Krishnamurthy, H.J.S. Fernando, L. Leo, E. Creegen, C. Hocut, AGU Conference, USA.
  22. Influence of a forest canopy on velocity and temperature profiles under synoptic conditions, 2017: *A. K. Pattantyus, C. M. Hocut, Y. Wang, R. Krishnamurthy, L. Leo, H. J. S. Fernando, AGU Conference, USA.
  23. Offshore Wind Turbine Wake characteristics using Scanning Doppler Lidar, 2017: R Krishnamurthy, B Sarvadal, J Reuder, HJS Fernando, J B Jacobsen, DEEPWIND Conference, Norway.
  24. 2D VAR single Doppler LIDAR vector retrieval and its application in offshore wind energy, 2017: *N Cherukuru, R Calhoun, R Krishnamurthy, B Sarvadal, J Reuder, DEEPWIND Conference, Norway.
  25. New methods of measurements: where are we today, and where are we heading towards, 2017, N Vasiljevic, A Brewer, JP Cariou, A Clifton, P Clive, M Hardesty, M Harris, S Kameyama, R Krishnamurthy, D Schlipf, E Simon, R Wagner, WindEurope, Amsterdam.
  26. Observations of Internal Atmospheric Boundary Layer Development during the CASPER East Campaign, 2017: *A Christman, HJS Fernando, R Krishnamurthy, C Hocut, Q Wang, USRI Radio Science Conference, USA.
  27. Scanning Lidar in Offshore Wind, 2016: M Stephenson, A Clerc, P Stuart, A Burmster, S Feeney, M Boquet, P Royer, R Krishnamurthy, K Barr, Wind Europe Summit
  28. Monitoring of Wind Field Evolution Using a Nacelle-Mounted Lidar System, 2016: D. Schlipf, S. Raach, F. Haizmann, P. Fleming, A. Scholbrock, R. Krishnamurthy, M. Boquet, ISARS 2016, Bulgaria.
  29. Field Testing of Flatness-Based Feedforward Control on the CART2, 2016: D Schlipf, P Fleming, S Raach, A Scholbrock, F Haizmann, R Krishnamurthy, M Boquet, EWEA Annual Event, Hamburg.
  30. Automated Assessment of Lidar Uncertainty in Complex Terrain, 2016: R Krishnamurthy, M Boquet, P Mazoyer, EWEA Annual Event, Hamburg.
  31. Real-time Processing for incoming wind anticipation based on Nacelle LiDAR, integrated in control strategies for power optimization and loads mitigation, 2016: F Guillemin, G Sabiron, M Boquet, R Krishnamurthy, TORQUE.
  32. High-frequency Wind Retrieval Algorithms from Nacelle-mounted Lidars for Wind Turbine Control Applications, 2016: R Krishnamurthy, P Mazoyer, M Boquet, D Schlipf, A Scholbrock & P Fleming, ISARS, Bulgaria.
  33. Multiple Offshore Power Curves using Scanning Doppler Lidar, 2016: R Gandoin, B Svardal, V Kumer, J Reuder, R Krishnamurthy, M Boquet, EWEA Tech. Workshop, Bilbao, Spain.
  34. Deployment of a next generation and operational LIDAR solution for monitoring wake vortices for supporting new wake turbulence regulations, 2016: JP Cariou, L Thobois, R Krishnamurthy, C Musson, V Treve, AIAA Conference.
  35. 10 years of WINDCUBE LiDAR: from technology transfer to standardized operational use, 2015: M Boquet, R Krishnamurthy, D Langohr, EWEA Resource Assessment, Helsinki, Finland.
  36. An Adaptive Data Processing Technique for Lidar-Assisted Control to Bridge the Gap between Lidar Systems and Wind Turbines, 2015: D Schlipf, P Fleming, S Raach, R Krishnamurthy, A Wright, EWEA Annual Event, Paris.
  37. Field Testing of Lidar Assisted Feedforward Control Algorithms for Improved Speed Control on a 600kW Wind Turbine, 2015: A Kumar, E Bossanyi, A Scholbrock, P Fleming, M Boquet, R Krishnamurthy, EWEA Annual Event, Paris.
  38. Evaluation of wind speed uncertainty estimated with a scanning Doppler LiDAR inside and outside the wake of a turbine, 2015: H Herrmann, S Barbouchi, E Dupont, Y Lefranc, R Krishnamurthy, M Boquet, EWEA Annual Event, Paris.
  39. Evaluation of LiDAR performance for practical turbine control implementation, 2015: S Davoust, D Mashtare, R Krishnamurthy, EWEA Annual Event, Paris.
  40. Performance study of filtering techniques for Lidar turbulence estimation, 2015: F Guillemin, J Chauvin, R Krishnamurthy, M Boquet, EWEA Annual Event, Paris.
  41. Cartography of WINDCUBE v2 performances with FCR: A case study in Europe, 2015: R Krishnamurthy, M Boquet, EWEA Annual Event, Paris.
  42. Comparison of wind turbine wake numerical simulation with scanning lidar measurements, 2015: *A Défossez, E Dupont, R Krishnamurthy, EWEA Annual Event, Paris.
  43. Ongoing applications and algorithm advances of scanning Doppler lidars for wind energy, 2015: R Krishnamurthy, M Boquet, E Osler, AWEA WindPower, Orlando, USA.
  44. Offshore wind turbine power performance measurement using a nacelle mounted lidar and a sector scanning lidar from the transition piece, 2015, R. Wagner, M Courtney, R Krishnamurthy, DEWEK Offshore, Germany.
  45. Certification of Scanning LiDAR – A Practical Example, 2015, A Oldroyd, E Coutts, R Krishnamurthy, M Boquet, D Langohr, D Stein, EWEA Offshore Conference, Copenhagen, DN.
  46. Real World Offshore Power Curve Using Nacelle Mounted and Scanning Doppler Lidar, 2015: R Wagner, M Courtney, R Krishnamurthy, S McKowen, R Cusscous, M Boquet, EWEA Offshore Conference, Copenhagen, DN.
  47. Cost effective offshore wind measurement, 2015: A Oldroyd, E Coutts, R Krishnamurthy, M Boquet, D Langohr, D Stein, EWEA Resource Assessment Workshop, Helsinki, Finland.
  48. Evaluation of wind turbine performance using one hertz data of WINDCUBE with FCR™ and WIND IRIS nacelle mounted LiDARs in complex terrain, 2015: T Burchhart, R Krishnamurthy, EWEA TW, Helsinki, Finland.
  49. Current Applications of Scanning Coherent Doppler Lidar in Wind Energy Industry, 2015: E Osler, R Krishnamurthy, M Boquet, ILRC NY, USA.
  50. Ongoing applications and algorithm advances of scanning Doppler lidars for wind energy, 2015: R Krishnamurthy, M Boquet, E Osler, AMS Conference, Phoenix, USA.
  51. Capabilities and Benefits of Coherent Doppler LIDARs for Future Weather Observing Networks, 2015: L Thobois, R Krishnamurthy, J.P. Cariou, R Parmentier, P Drewniak, AMS Conference, New Orleans, USA.
  52. Coherent Pulsed Doppler LIDAR metrological performances and applications for Wind Engineering, 2015: L Thobois, R Krishnamurthy, M Boquet, JP Cariou, A Santiago, ICWE14, Porto-Alegre, Brazil
  53. Wind and EDR Measurements with Scanning Doppler LIDARs for Preparing Future Weather Dependent Separation Concepts, 2015: L Thobois, R Krishnamurthy, A Dolfi, JP Cariou, M Boquet, AIAA Conference.
  54. A new ultra-fast scanning Doppler wind lidar and results from the trials during the UFO project, 2015: JP Cariou, L Thobois, S Loaec, G Gorju, R Krishnamurthy, A Dolfi-Bouteyre, W Renard, AMS Conference, Phoenix USA.
  55. WINDCUBE FCR and Nacelle Mounted Lidar’s for power curve assessment in complex terrain, 2014: R Krishnamurthy, AWEA WRA, Orlando, FL. [Invited]
  56. Using Scanning lidar for reducing spatial modeling uncertainty, 2014: C Sieg, E Hale, A Fleming, R Krishnamurthy, AWEA WRA, Orlando, FL.
  57. Case study of Lidar in cold climate and complex terrain in Canada, 2014: C Albrez, M Boquet, R Krishnamurthy, WinterWind Conference, UK.
  58. Offshore Wind farm characterization using long-range scanning Doppler Lidar, 2014: R Krishnamurthy, M Boquet, E Osler.  AWEA Offshore Conference, USA. 
  59. Optimized lidar scanning patterns for reduced project uncertainty, 2014: M Courtney, R Wagner, R Krishnamurthy, M Boquet, EWEA Conference, Barcelona.
  60. Case studies of WINDCUBE measurement uncertainty for complex terrain using Flow Complexity Recognition (FCR ®), 2014: R Krishnamurthy, M Boquet, EWEA Conference, Barcelona.
  61. Turbulence intensity measurements from a variety of Doppler lidar instruments, 2014: R Krishnamurthy, M Boquet, EWEA Conference, Barcelona.
  62. Recent developments of Windcube Doppler lidars for airport wind hazards monitoring, 2014: L Thobois, S Loaec, M Boquet, R Krishnamurthy, JP Cariou, L Simoneau, N Salles, WAKENET Europe, France.
  63. Use of Doppler and aerosol scanning lidars for validating high resolution predictive model of air pollution in Paris, 2014: L Sophie, L Thobois, R Krishnamurthy, AMS Conference, Atlanta, USA.
  64. Weather monitoring around airports with scanning coherent Doppler lidar, 2014: L Thobois, P, Mazoyer, R Krishnamurthy.  AMS Conference, Atlanta, USA.
  65. Advanced ground-based wind observations based on scanning lidars for improving the overall efficiency of the wind energy sector, 2014: L Thobois, M Boquet, R Krishnamurthy. AMS Conference, Atlanta, USA.
  66. Economic benefit of remote sensing devices for wind energy industry, 2014: M Boquet, JM Thevenoud, R Krishnamurthy.  ISARS, Auckland, New Zealand.
  67. Assessment of wind retrieval accuracy from scanning Coherent Doppler lidar, 2014: R Krishnamurthy, M Boquet, R Wagner, M Courtney, M Machta. ISARS, Auckland, New Zealand. 
  68. Pryor, S.C., Barthelmie, R.J., Crippa, P., Wang, H., Smith, C.M., Krishnamurthy, R., Calhoun, R., Valyou, D., Marzocca, P., Matthiesen, D., and Brown, G. 2013: Great Lakes 3D Wind Experiment. Proceedings of the 2013 International Conference on Aerodynamics of Offshore Wind Energy Systems and Wakes (ICOWES2013), Lyngby, June 2013, 132-137.
  69. Comparing WindTracer Long Range Scanning Lidar data to In-situ Anemometry and Vertical Lidars, 2013: K Barr, D McReavy, J Sharp, D Wolfe, R Krishnamurthy, R Calhoun, AWEA WindPower, Chicago, USA.
  70. An integrated approach to offshore wind energy assessment: Great Lakes 3D Wind Experiment. Part I. Calibration and testing, 2012: R Barthelmie, S Pryor, C Smith, P Crippa, H Wang, R Krishnamurthy, R Calhoun, Valyou, Marzocca, Matthiesen & N Capaldo, AWEA Offshore Windpower Conf., Virginia Beach, VA, USA.
  71. Multiple Three-Dimensional Scanning Doppler Lidars and Wind Resource Assessment, 2012: R Krishnamurthy, A Choukulkar, R Calhoun, G Poulos, J Doyle & K Barr, AWEA Wind Resource Assessment Conf., Pittsburgh, PA.
  72. Wind Farm Assessment using Coherent Doppler lidar, 2012: R Calhoun, R Krishnamurthy, A Choukulkar & K Barr, ISARS Conf., CO, USA. [Invited].
  73. Evaluation of Mesoscale model with Coherent Doppler lidar for Wind Farm assessment, 2012: R Krishnamurthy, R Calhoun, B Billings, J Doyle, Texas Tech Univ. Symp., Texas, USA.
  74. Measurements of turbulence parameters and dissipation over a complex terrain, 2007: R Krishnamurthy, R Calhoun, H J S Fernando, Poulos, 12th Meso scale Conf., USA.
  75. Modern Methods of Fuel Injections, 2005: R Krishnamurthy, K Hemanth, Presented at Muffakhamza college of Engineering, India.
  76. Modern Composite Materials and their Engineering Applications, 2004: R Krishnamurthy, S Guntur, VNR Tech., Symposium, India.

Summary of Activities/Interests

Honors

  • Member of International Electrotechnical Commission (IEC), 2014-2016
  • Rapid Promotion to Marketing Application Expert, Leosphere, France, 2014
  • Nominated for “Teaching Excellence Award” at Arizona State University, 2011 & 2012
  • Graduate Fellowship award, Arizona State University, 2011 & 2012
  • Excellence in Project Delivery” award at Trinity Consultants, Inc., 2008
  • Outstanding student award in Mechanical Engineering, Bachelors of Engineering, 2005

Languages

English (Expert), French (Working Proficiency), 

4 Indian languages (Hindi, Kannada, Tamil, Telugu)