Design of Terraced Spinneret Based on Simulation of Electric Field Distribution in Electrospinning

Guo Jun Jiang; Sai Zhang

doi:10.4028/www.scientific.net/AMR.690-693.3132

Paper Titles

The Failure Finite Element Analysis of Pump Collision with Valve in the Oil Well Pump
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The Main Structure Design and Motion Simulation of Spreaders Based on Virtual Prototype Technology
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The Modal Analysis of the Main Steel Structure of Bucket Wheel Stacker Reclaimer
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Distribution of Stray Current in the Buried Metallic Pipeline Based on Inducted Electric Field
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Design of Terraced Spinneret Based on Simulation of Electric Field Distribution in Electrospinning
p.3132

Micro Injection Molding and Strength Check of Polymer Micro-Needle
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Simulation Analysis on Height Change of 6010 Aluminum Plate Limit Drawing under Different Process Parameters
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Optimization and Improvement of Pile and Pull Coefficient Mathematical Model for Trapezoidal Stainless Steel Sieve Bar
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Virtual Processing of Fish Fillets
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 690-693Design of Terraced Spinneret Based on Simulation...

Design of Terraced Spinneret Based on Simulation of Electric Field Distribution in Electrospinning

Abstract:

The low productivity of conventional single-needle electrospinning inhibits the application of nanofibers to a commercial level. In order to improve the productivity of the electrospinning technique, a terraced spinneret has been designed based on the finite element analysis in this paper. The electric field distribution was modeled with the use of Ansoft Maxwell software. The experiment results demonstrated this special design spinneret has the potential to produce smooth nanofibers on a large scale.