In this paper, Finite Element Analysis (FEA) used DEFORMTM 3D to construct 6061 aluminum sawing simulation. Before sawing, we pushed the speed and cutting speed under pressure as a sawing process parameters. Then there are three groups of combination conditions in the study. Analysis and discussion based on loading, effective stress, cutting temperature and blade wear. According to the impact parameters the structural design of the saw blade is improved by taking full account of the mutual influence of sawing parameters
The finite element method was used for simulating orthogonal metal cutting of low-carbon steel. The ...
In this paper, a systematic evaluation of six ductile fracture models is conducted to identify the m...
The paper deals with the evaluation of the static stiffness and strength, which are critical paramet...
In this paper, Finite Element Analysis (FEA) used DEFORMTM 3D to construct 6061 aluminum sawing simu...
Article deals with identification of the critical points of the saw blade designed for wood cutting ...
The authors analyzed the force and stress values in the simplified cutting model and compared the re...
This project deals with modelling and simulation of side milling using Finite Element Analysis. The ...
Machining processes are characterized by high dynamic and states of deformation. With the use of sim...
This research work presents a numerical study of the orthogonal cutting process employing a finite e...
Finite element analysis is a widely used method to analyze solid mechanics problems. This method is ...
The operating speed of circular saws is limited by the natural frequencies of the saw. Current me...
This project deals with modelling and simulation of side milling using Finite Element Analysis. The ...
Due to the fact that simulation of drilling was added in commercial finite element analysis (FEA) so...
Due to the fact that simulation of drilling was added in commercial finite element analysis (FEA) so...
In this study, milling operations were carried out using AISI 1040 specimens steel in dry cutting co...
The finite element method was used for simulating orthogonal metal cutting of low-carbon steel. The ...
In this paper, a systematic evaluation of six ductile fracture models is conducted to identify the m...
The paper deals with the evaluation of the static stiffness and strength, which are critical paramet...
In this paper, Finite Element Analysis (FEA) used DEFORMTM 3D to construct 6061 aluminum sawing simu...
Article deals with identification of the critical points of the saw blade designed for wood cutting ...
The authors analyzed the force and stress values in the simplified cutting model and compared the re...
This project deals with modelling and simulation of side milling using Finite Element Analysis. The ...
Machining processes are characterized by high dynamic and states of deformation. With the use of sim...
This research work presents a numerical study of the orthogonal cutting process employing a finite e...
Finite element analysis is a widely used method to analyze solid mechanics problems. This method is ...
The operating speed of circular saws is limited by the natural frequencies of the saw. Current me...
This project deals with modelling and simulation of side milling using Finite Element Analysis. The ...
Due to the fact that simulation of drilling was added in commercial finite element analysis (FEA) so...
Due to the fact that simulation of drilling was added in commercial finite element analysis (FEA) so...
In this study, milling operations were carried out using AISI 1040 specimens steel in dry cutting co...
The finite element method was used for simulating orthogonal metal cutting of low-carbon steel. The ...
In this paper, a systematic evaluation of six ductile fracture models is conducted to identify the m...
The paper deals with the evaluation of the static stiffness and strength, which are critical paramet...