A Novel Theoretical Model Development and Simulation of Melt?Electrospinning Using Kane's and Udwadia–Kalaba Methods

A novel analytical model development and simulation of melt-electrospinning process is presented. Unconstrained equations motion for the description a discretized melt-electrospun fiber are formulated using Kane's method. The motions spinneret collector plate also incorporated into kinematics formulation to simulate direct writing three-dimensional printing scenarios. Constraints describing viscoelastic joints in system phenomenon adhering implemented Udwadia Kalaba Rotational elements introduced mimic dampening whipping observed unstable region. algorithm devised continuously run with no limit on total duration phase transitions. System responses such as diameter, collection size, elongations, jet speeds monitored changes control parameters including applied voltage, distance, flowrate. results demonstrate close agreement experimental observations literature. starts relatively straight onset its trajectory develops subtle it advances toward plate. Reduction amplitude once free end adhered