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Mobile crushers can also be called mobile crushing plants, mobile crushers, etc. It is an inevitable product of high-tech crushing technology in the new era, and its main features are that it can be operated mobilely, can walk freely, and is more convenient for transitions, ensuring that the equipment While the production is safe, the work process is more reliable.
·This widely applied optimization has proved convergence and practical efficiency but for long run training becomes numerically unstable Geometrical behavior of parameters forms double twisted spirals in the parameter space and is caused by alternating of numerical perturbations with next relaxation oscillations in values for 1st and 2nd
·DOI / Corpus ID 265178074; Characterization of geometrical parameters of plastic bottle shredder blade utilizing a two step optimization method article{Nguyen2023CharacterizationOG title={Characterization of geometrical parameters of plastic bottle shredder blade utilizing a two step optimization method} author={Trieu Khoa
During the iterative development work multiple optimization methods such as multi objective optimization MOO and multi disciplinary optimization MDO are applied for process optimization An adaptation of the ISO 22400 standard for the aggregates production process is performed and applied in dynamic simulations of crushing plants
·Mathematical modeling and optimization of the design parameters of the working chamber and the executive body roll of a single roll gyratory shaft crusher designed for crushing strong rocks
4 ·The genetic algorithm is employed to optimize the geometric parameters and arrangement of fan shaped holes and the optimal parameters are α = 30° β = 10° γ = 10° P = 12 mm and θ = 30° The combination of GRNN with genetic algorithm is an effective tool to optimize the geometric parameters and arrangement of fan shaped holes
DOI / Corpus ID 268664034; Optimization of Process Parameters for a Vertical Shaft Impact Crusher through the CFD DEM Method article{Sun2024OptimizationOP title={Optimization of Process Parameters for a Vertical Shaft Impact Crusher through the CFD DEM Method} author={Ke Sun and Limei Zhao and Qitao Long} journal={Manufacturing
·Optimization of ejector geometric parameter based on the maximum cooling COP and performance improvement for different operating conditions is studied Results show that the optimum geometric parameter increases with increase in evaporator temperature and decrease in condenser temperature whereas the COP improvement over basic expansion
·The wrapping angle of the blade and efficiency are negatively correlated while other geometrical parameters of the impeller are positively correlated with efficiency The relationship of the correlation coefficient between η 1 and each geometrical parameter of impeller is β 2 > b 2 > Y > Z > D 2 > φ > D 0 > γ
·Geometrical parameters of the crusher kinematical scheme included in this formula can be expressed through the parameters of the trajectories of the moving jaw points [5] [14]
·In this context deep learning has emerged as a promising tool for shape optimization Deep learning methods have demonstrated remarkable capabilities in various domains particularly when dealing with complex high dimensional data 9 10 They offer a unique advantage in automating the optimization process by learning intricate relationships between
·This contribution proposes a new approach to derive geometrically parameterized reduced order finite element models An element formulation for geometrically parameterized finite elements is suggested The parameterized elements are used to derive models with a parameterized geometry where the parameterized system matrices are
·1 Introduction In recent years neural networks have become an important tool in the field of microwave simulation due to their efficient modeling ability [1 4] A relationship can be established using the neural network between the electromagnetic response and the geometrical features of microwave devices [5 8] which allows fast simulation and
·Page et al [4] and Yao et al [5] investigated the wear of silica sand on metal surfaces using an experimental method and refined the method of obtaining the required wear coefficient in the
· Parameter analysis and optimization Sliding bearing and spindle play the role of liquid dynamic pressure bearing in the product structure The unit will be in a liquid friction state when working
·The parameter study is evaluated using mechanical and geometrical tests for aggregate properties In order to keep the focus on the gradation and crusher parameters the study is limited to one rock type The aggregates produced during
·This work describes an inverse problem method to optimize the geometric design for microchannel heat sinks using a novel multi parameter optimization approach which integrates the simplified
·To investigate the impact of different cutter structures on the crushing effect of forage stalks at various rotational speeds this study designed five types of crushing cutters The effects of cutter structure and rotational speed on the crushing effect of the forage crusher were examined using the discrete element method a single factor test An orthogonal test was
·In situ rebound hardness values were obtained for the different case study sites Also rock quality designation RQD and rock mass rating RMR were determined Field data obtained includes geometrical parameters crusher specifications and information a digital image of the muck pile and crusher data
·In the metal cutting process a blocked chip needs to be avoided as it leads to low tool life poor machined surface quality and large cutting force whereas an unbroken chip may scratch the machined surface and hinder efficient chip removal in metal cutting For finishing machining of Fe Cr Ni stainless steel the chips will not be broken easily without chip breakers
·Complete system simulation by a finite element method FEM was used for sensor sensitivity optimization The influence of geometrical parameters number of fingers width of the electrodes on
·Typically for thermodynamic design based parametric Optimization of MPFs heat sink parameters affecting the thermal performance parameters must be considered refer to Table 1 before solving the optimization problem The formulated algorithm aims to determine the optimized heat sink geometrical design parameters for fixed volumetric space
·Many researchers have tried to optimize the hobbing parameters and the energy consumption of hobbing machines Sun et al 5 selected the required hobbing parameters while predicting the gear geometric deviations but they did not consider energy consumption Cao et al 20 developed a hybrid support vector machine/ant lion optimizer/gear hobbing algorithm to
·This paper aims to conduct optimization of geometrical parameters of laterally perforated on silt fin A numerical model of the lateral perforation on slit fin is developed Based on the Taguchi method the parametric influence weight on the thermal hydraulic characteristics of perforation on slit fin are analyzed Then the geometric parameters
PDF On Jun 11 2021 Jie Zhang and others published Performance test and process parameter optimization of 9FF type square bale straw crusher Find read and cite all the research you need on
·This work aims to optimize a previous self consistent model of a single stage electrohydrodynamic EHD thruster for space applications The investigated parameters were the thruster performance propulsion force T the thrust to power ratio T/P the electric potential distribution the spatial distribution for the electrons and ions and the laminar flow velocity
·The main objective is to investigate the impact of various crushing parameters like feed rate to jaw crusher and eccentric speed of Jaw crusher closed side setting and throw in cone crusher For optimization Taguchi Design of Experiment DOE have been perform by considering eccentric speed feed rate closed side setting & throw as the
·where ω is the angular Modelling geometry and parameters An axisymmetric 2D section of the ultrasonic reactor with an ultrasonic probe is used as the modelling geometry Figure 1a is a schematic illustration of the ultrasonic reactor with the probe while figure 1b is a scheme of the mesh used for simulation Water ethanol is considered as the fluid
·The paper concerns investigation of the effect of impact crusher operation on selected qualitative characteristics of mineral aggregate products Qualitative characteristics of crushing products in terms of size reduction ratio and fine particles contents were analyzed from the point of view of operational parameters of the impact crusher An investigative program
