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Velocity contour of air flow around the conductor with wind velocity of 2 m/s at two typical times.

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Author(s): Jiaqiong Liu (12003917); Bo Yan (57900); Zheyue Mou (12003920); Yingbo Gao (11815628); Getu Niu (12003923); Xiaolin Li (397893)
Subject Terms:
Neuroscience; Biotechnology; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; Mathematical Sciences not elsewhere classified; Chemical Sciences not elsewhere classified; jump phenomenon induced; energy balance principle; numerical simulation considering; nonlinear resonant characteristics; fatigue life estimation; different wind velocities; aerodynamic forces varying; 3d model corresponding; aeolian vibration characteristics; conductor lines excited; 3d fe model; aerodynamic forces; 3d model; different lines; nonlinear vibration; aeolian vibration; fatigue lives; conductor lines; aeolian vibrations; vibration amplitudes; %22">xlink ">; transmission conductor; suspension clamp; stress distributions
Document Type:
still image
Language:
unknown

Additional Information
- Publication Date:
  2022
- Collection:
  Smithsonian Institution: Digital Repository
- Abstract:
  (A) 2.94 s; (B) 3 s.
- Relation:
  https://figshare.com/articles/figure/Velocity_contour_of_air_flow_around_the_conductor_with_wind_velocity_of_2_m_s_at_two_typical_times_/19072943
- Accession Number:
  10.1371/journal.pone.0263163.g002
- Online Access:
  https://doi.org/10.1371/journal.pone.0263163.g002
- Rights:
  CC BY 4.0
- Accession Number:
  edsbas.D3157C3F

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