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Digital evaluation of planetary concrete mixer

This paper proposed a digital method for evaluating the planetary mixer efficiency based on the kinematic

Wear resistance of blades in planetary concrete mixers. Design of a new

In this paper, the optimization of a planetary concrete mixer in terms of wear resistance of blades is

Optimal design of the key structure of planetary concrete mixers based

Abstract. The purpose of the paper is to further improve the mixing uniformity of concrete aggregates,

(PDF) Study Of Planetary Concrete Mixers -

Study Of Planetary Concrete Mixers. IJLRET Journal. The mixing is certainly the most critical phase of

Digital evaluation of planetary concrete mixer efficiency -

Download Citation | On Jun 1, 2023, Jinan Zheng and others published Digital evaluation of planetary

Xentrix | Planetary Concrete Mixer | Simem

Xentrix mixers by Simem America offer central cement water inlet for a planetary concrete mixer, offering

Digital evaluation of planetary concrete mixer efficiency

This paper proposed a digital method for evaluating the planetary mixer efficiency based on the kinematic

Framework for choosing energy efficient mixing equipment whatever

article{Delaplace2023FrameworkFC, title={Framework for choosing energy efficient mixing equipment

Digital evaluation of planetary concrete mixer

  This paper proposed a digital method for evaluating the planetary mixer efficiency based on the kinematic model of the mixing blade. The mixing efficiency of two typical symmetrical and asymmetrical planetary mixers was compared based on the digital data computed using the proposed

Digital evaluation of planetary concrete mixer

  Digitization of the mixing process of planetary concrete mixers. • Simplify the mixing movements of blades from 3-D to 2-D. • Statistical analysis of the mixing efficiency of mixers. • An experimental scheme for kinematic verification is

Wear resistance of blades in planetary concrete mixers. Design of

  In this paper, the optimization of a planetary concrete mixer in terms of wear resistance of blades is proposed and a new design of the mixing blades’ shape is shown and discussed. Experimental tests performed with two stars planetary concrete mixers are described and achieved experimental results are

Optimal design of the key structure of planetary concrete mixers

  Abstract. The purpose of the paper is to further improve the mixing uniformity of concrete aggregates, thereby improving the quality and mixing efficiency of concrete. Taking the structure of a planetary concrete mixer produced by a company as a reference, the discrete element software EDEM was adopted to simulate the material

(PDF) Study Of Planetary Concrete Mixers -

Study Of Planetary Concrete Mixers. IJLRET Journal. The mixing is certainly the most critical phase of the concrete production process and the quality of the concrete depends heavily on the quality of the mixer. Due to the efficiency of the compulsory mixing action, the planetary mixers meet the requirements of various production

Digital evaluation of planetary concrete mixer

Download Citation | On Jun 1, 2023, Jinan Zheng and others published Digital evaluation of planetary concrete mixer efficiency | Find, read and cite all the research you need on

Xentrix | Planetary Concrete Mixer | Simem

Xentrix mixers by Simem America offer central cement water inlet for a planetary concrete mixer, offering exceptional performance. Ideal for industrial waste, glass production mixing other

Digital evaluation of planetary concrete mixer efficiency

  This paper proposed a digital method for evaluating the planetary mixer efficiency based on the kinematic model of the mixing blade. The mixing efficiency of two typical symmetrical and asymmetrical planetary mixers was compared based on

Framework for choosing energy efficient mixing equipment

  article{Delaplace2023FrameworkFC, title={Framework for choosing energy efficient mixing equipment whatever motions it induces: Example of application for planetary and helical ribbon mixers}, author={Guillaume Delaplace and Jie Xiao and Felipe Buendia and Romain Jeantet and Xiao Chen}, journal={Chemical Engineering Research

Mixing Performance Analysis of Cohesive Granular

  planetary concrete mixers. Comparing the mixing degree, we have achieved a 45,5% improvement in the mixing period of high-quality homogeneous mixture in the model B mixer. Keywords: Discrete Element Method (DEM), Planetary Concrete Mixer, Granular Particles 1.