Study on Interlaced Yarn Part 4 : Yarn Posture in Interlacer, and Relation between Yarn Positions and Number of Tangles

スポンサーリンク

概要

• 論文の詳細を見る

著者

• Iemoto Yoshiyuki

  Faculty Of Engineering Fukui Univ.

• Chono Shigeomi

  Faculty Of Engineering Fukui University

• TANAKA Takayuki

  Faculty of Science and Engineering, Saga University

• Tanaka Takayuki

  Faculty Of Engineering Fukui University

• CHONO Shigeomi

  Faculty of Engineering, Fukui University

関連論文

• A Study on a Disk Friction Pump : 2nd report, Experiments on Flow through Corotating Disks and Pump Performance
• On a Two-Dimensional Laminar Liquid Jet
• Steady Laminar Flow in the Inlet Region of Rectangular Ducts
• A Study on a Disk Friction Pump : 1st Report, Theoretical Analysis for Flow between Corotating Disks
• Study on Interlaced Yarn Part 3 : Air Flow in a Yarn Duct
• On-Line Evaluation of Interlaced Yarn
• Basic Behavior of Quadruple-Push Oscillator Using Ring Resonator(Microwaves, Millimeter-Waves)
• A 20GHz Push-Push Oscillator Using Ring Resonator(Microwaves, Millimeter-Waves)
• A K-band Push-Push Oscillator Using λ_g/2 Microstrip Resonator(Special Issue on Microwave and Millimeter Wave Technology)
• Size Effect of Interlacer Part 3:Formulation of Number of Tangles
• Size Effect of Interlacer Part 2:Pressure Distribution of Air Flow in Interlacers
• Model Experiment on Interlaced Yarn Part 4 : Characteristics of a New Interlacing Process without Conventional Interlacers
• Model Experiment on Interlaced Yarn Part 3 : Development of a New Interlacing Process without Conventional Interlacers
• Model Experiment on Interlaced Yarn Part5:Continuous Blowing Method
• Study on Interlaced Yarn Part5:Yarn Structure
• Study on Interlaced Yarn Part 7:Yarn Motion and Production Mechanism of Tangling Part
• Size Effect of Interlacer Part 1:Number of Tangles and Yarn Motion
• Study on Interlaced Yarn Part6:Yarn Motion in Interlacer
• Study on Interlaced Yarn Part 4 : Yarn Posture in Interlacer, and Relation between Yarn Positions and Number of Tangles
• C-2-15 A Novel K-Band Push-Push Oscillator Using Coupled Microstrip Lines(C-2. マイクロ波A(能動デバイス), エレクトロニクス1)
• Push-Push Oscillator using Coupled Microstrip Lines
• Model Experiment on Interlaced Yarn : Part 2 : Two-Blowing Method
• Model Experiment on Interlaced Yarn : Part 1 : Single-Blowing Method

もっと見る 閉じる

スポンサーリンク