Silk-Screen Print Technique in Laminar Flow Control

Jue Wang; Dong Li

doi:10.4028/www.scientific.net/AMR.317-319.1433

Paper Titles

Design and Research on the Test and Analysis System for the Proportional Relief Valve Characteristics
p.1411

The Development of an Axial Piston Pump Prototype for Seawater Desalination and its Application
p.1418

Modeling of Network Cooperative Design of a Hydraulic System Based on Multi-Agent
p.1424

Design of Hydraulic Dynamic Equilibrium in Household Heating System
p.1429

Silk-Screen Print Technique in Laminar Flow Control
p.1433

Study on the Angle of Stationary Crescent for Radial Compensation of Inner Mesh Gear Pumps
p.1438

Theoretical Analysis and Experimental Study on Automatic Trajectory Tracking Control of a Shield Tunneling Machine under Pressure Regulation Working Mode
p.1444

Numerical Simulation and Analysis of Interior Flow Field in Control Valves under the Blocking Fault
p.1452

Study on the Frequency Characteristic of Self-Excited Oscillation Pulsed Water Jet
p.1456

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Silk-Screen Print Technique in Laminar Flow Control

Abstract:

Silk-Screen Print Technique was used to print roughness elements at the leading edge of a swept wing for crossflow (CF) dominated Laminar Flow control (LFC) in fluid dynamics. Crossflow was studied to be sensitive to the spacing and height of the roughness elements, as well as the density of the metal ink. Experiments in our research showed silk-screen print technique can precisely print the elements to dominate to delay transition.