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范迪夏 @UCgp1nt1CzxL66fn7W1aIaqw@youtube.com

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57:40
Roughness Effects in Non-Equilibrium Turbulent Flows
01:02:40
Turbulence control experiment using distributed actuators, distributed sensors, and machine learning
50:20
Galilean invariance in aerodynamic/hydrodynamic force decomposition
01:08:33
Multiscale Studies of Physiologically Pulsatile Flow and Cardiovascular Hemodynamics
01:12:04
How plant seeds scavenge energy from the wind
01:00:45
Learning Turbulence Model from Data: A Unified Perspective of Data Assimilation and Machine Learning
55:36
Perception, motion and coordination in animal groups
55:03
High Reynolds number turbulent drag reduction by spanwise wall forcing
45:08
Albatrosses of rivers: Inertial mechanism behind dynamic station holding in fish
57:13
Experimental Investigations into the Propulsive Performance and Wakes of Bio-Inspired Pitching Panel
01:04:47
Multi-Scale Physics in Thermal-Flow
53:17
Investigating the glide of Alsomitra macrocarpa with depth cameras”
57:20
Wall-models via reinforcement learning
52:54
Visually guided morphing-wing flight in birds
01:01:52
Deep Learning for solving forward and inverse PDE problems: Algorithms and Applications
01:02:28
Aerial-aquatic robots capable of crossing the air-water boundary and hitchhiking on surfaces
01:00:30
Experimental investigations on ice accretion process and anti-/de-icing technology
53:33
Wing morphing in bats and gliding raptors
01:02:13
Flow sensing for improved wake harvesting in formation flight
01:05:26
Modeling and controlling turbulent flows through deep learning
57:28
Numerical Simulations of the Two-phase flow and FSI Problems with Adaptive Mesh Refinement
01:03:54
Aeroacoustics and aerodynamics of quiet owl flight
52:52
Vertical structure of conventionally neutral atmospheric boundary layers
52:17
Aerial swimming and underwater flight
55:30
Experimental investigation of zebrafish swimming using PIV
50:46
Physics-Based Low-Order Modelling of Unsteady External Flow
53:55
Droplet Breakup Features in Gas Atomization for Metal Powder Production
54:05
Schooling fish: from biology to robotics and back
01:06:59
Fluid Dynamics of Mangrove-Inspired Structures and its Implication to Erosion and Coastal Protection
01:09:03
Some Developments on Time Domain Reduced-Order Methods for Aeroelasticity and Non-linear Vibrations
01:10:12
Stabilization of the fluidic pinball and the open cavity experiment
01:04:23
Likelihood-weighted active learning
01:02:13
Learning Operators with Coupled Attention
01:07:15
Low speed Unsteady Aerodynamics from a Vorticity Perspective
01:00:53
Reduced-order modeling of high-dimensional dynamical systems using scientific machine learning
57:19
Accelerating biological and engineering flow simulations
59:21
IBiM Talk: Charting dynamics from data
41:14
Arboreal Acrobatics: Understanding Gliding Animals with Robots
58:23
(Mild) Impact-induced Cavitation
55:26
Energized Mass: Insights into fluid forces on accelerating bodies
01:09:07
The fluid dynamics of swimming using flexible propulsors at intermediate scales
59:49
Neural Implicit Flow
01:06:53
Constraints, Passive Mechanics and Embodied Sensing in Fish-like Swimming
01:19:50
Agile and robust micro-aerial-robots powered by soft artificial muscles
01:12:59
Hydrodynamics of Fish Schooling: From Physics-Based to Deep Learning Models
54:08
Coronavirus rotational diffusivity and rheology
01:00:17
Discrete Adjoint-based Optimization Methodology and Applied Research for Laminar Flow Wing
01:02:39
Machine-learning modeling of external aerodynamics
01:03:04
Effect of leading-edge curvature actuation on flapping fin performance
49:59
Biohybrid robotic jellyfish: Using microelectronics to drive live jellyfish swimming
49:53
Machine-learning-based Compact Geometric Design Space for Efficient Aerodynamic Shape Optimization
55:33
Surrogate and Reduced-Order Modeling for Fluid-Thermal-Structural Interaction in High-Speed Flow
01:10:00
Connecting Physiology and Kinematics of Natural Swimmers
01:04:37
A Unified Framework for Solving PDE-Constrained Forward and Inverse Problems
43:50
Flying in gusty environments: Transitional network approaches and probabilistic load reconstruction
01:12:30
Biological and Bio-Inspired Propulsion for Water Exit
55:29
Flying in gusty environments I: Aerodynamic load estimates with sparse pressure data
01:02:52
Driving physics of inverted flag flapping
01:03:19
Network-theoretic analysis and control of unsteady fluid flows
56:18
Experimental techniques on suspension measurements using index-matching hydrogel particles