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ANSYS Analysis of Heat Model for the Electromagnetic Drying Cylinder Wang Zhengshun,Han Wenjia Key Laboratory of pulp and Paper Science and Technology of Ministry of Education,Shandong Polytechnic university,Ji’nan 250353 Keywords:electromagnetic drying; ANSYS Analysis; heat and force model; material properties Abstract:In this thesis, the process of electromagnetic drying cylinder was analyzed creating by the dryer finite element model using ANSYS.
Table3-3 Material Characters of the dryer bulk Temperature（℃） Relative magnetic permeability Resistivity (×10-6Ωm) Thermal conductivity coefficient (W/mK) Specific heat capacity (J/kgK) 100 200 0.198 47.68 472 200 195 0.254 43.53 480 300 186.6 0.339 40.44 498 In the process of the thermal analysis, it is usually the depth of penetration of the different materials with excitation source current frequency changes in the range of less than a few millimeters, and close to 87% of the heat generated in these surface layers.
ANSYS meshing ago must be allocated to the regional characteristics of good material, unit type and real constant.
Table3 Element Type and Materials Properties of induction heating model Physical field Electromagnetic field Temperature field Cell type Material properties Cell typ Material properties Workpiece SOLID117 MURX,RSVX SOLID98 KXX,C Coil SOLID117 MURX NULL None Air SOLID117 MURX NULL None In order to simplify the calculation, the analog data is easier to draw, only the meshing of the electromagnetic dryer cylinder.
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Comparative Characteristics of Voltammetric Methods Determination of Platinum in Mineral Raw Materials E.M.
Abstract: The technique of platinum (IV) determination in mineral raw materials with the application of stripping voltammetry has been proposed.
Introduction Precious and rare metals are the most valuable minerals, which are increasingly used in science and technology.
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Options of Remediation of Damp Masonry and Option of Application of Infrared Camera Water penetrating into the building materials is a decisive factor in most of the degradation processes that affect the building materials.
Therefore, these materials cannot be considered as unsuitable for the detection.
Use of multi-criteria optimization for selection of building materials for reconstruction.
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The carbon-fiber wrapped composite material is simulated as transversely isotropic material by means of an equivalent modulus method.
The equivalent modulus of CFRC material CFRC material can be regarded as transversely isotropic material.
The material parameters of fiber and 914epoxy material are listed as table 1.
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Due to the porous structure, Al2O3-SiO2 aerogel is a kind of brittle materials and possesses poor mechanical properties which are virtually nil.
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Introduction Developments of constitutive models for a wide range of engineering materials, including soils, have been found extensively for recent decades [1-7].
The cyclic fuzzy set model provides analytical and simple geometrical interpretation to formulate hardening, hysteresis features, materials memory, and kinematic mechanisms without invoking a complex analytical formulations.
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Acknowledgments Fund projects: Natural science fund project in Ningxia (NZ1131).
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