Design and Analysis of Manual Pallet Stacker by Using FEM Method
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Date
2024-08-03
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Proceedings of Third International Conference in Mechanical and Energy Technology
Abstract
In this study, we found that the stress of S-460, aluminum alloy, and carbon fiber were 36.7, 36.81, and 36.76 MPa, respectively. The total deformations of S-460, aluminum alloy, carbon fiber, and other materials are 3.02, 8.4, and 2.0 mm. Looking at our various products of all materials, we choose composite material because it is light, heavy, and has very high deformation and stress under 1000 kg load. This is a simple static analysis using a single load step on the angle shown in Fig. 5.2. The bottom of the right pin hole is subjected to a conical high load, while the entire circumference of the left pin hole is limited (welded). The purpose of this question is to introduce ANSYS analysis techniques. This figure shows the length of a right angle. A36 steel with a Poisson's ratio of 0.27 and a Young's modulus of 30E6 psi is used to manufacture the bracket. The problem can be classified as plane stress because the cantilever is confined to the xy plane and is thin in the z direction relative to the length of the x and y sections (1/2 in. thick). A 2D model, nodes, points, and the model that was used to construct it are used to create the mesh. (It is optional to create nodes and points directly in ANSYS.) The stresses of carbon fiber, aluminum alloy, and S-460 were determined to be 36.7, 36.81, and 36.76 MPa, respectively, in this investigation. The total variations of S-460, aluminum alloy, CFRP, and other materials are 3.02, 8.4, and 2.0 mm. View our wide range of products from all materials. I will choose composite materials because they are light and heavy and have very high stress and strain at 1000 kg load. This is a simple static analysis using a single angular load step shown in Figure C.2. A high cone load is applied to the bottom of the right hole and the entire circumference of the left hole is fixed (welded). The purpose of this question is to introduce ANSYS analysis methods. This figure shows the length of a right angle. A36 steel with a Poisson's ratio of 0.27 and a Young's modulus of 30E6 psi is used to manufacture the bracket. The problem can be categorized as plane stress because the cantilever is confined to the xy plane and is longer and thinner in the z direction than the x and y parts (which are each 1/2 in. thick). Nodes, elements, and the model that was used to construct them are used to build 2D models. (It is optional to create nodes and points directly in ANSYS.)
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