Investigation of Blades Failure for an Axial Fan: Stresses and Vibration Analysis

 
9783659463211: Investigation of Blades Failure for an Axial Fan: Stresses and Vibration Analysis
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Axial flow fan blades are the important parts in ventilation and therefore an accurate estimation of the stresses, deformations and vibration characteristics are required in the design of the blade to avoid failure and obtain an optimum weight and cost. This work presents the numerical solution to estimate the stresses and deformations for steady-state and dynamic responses. Also, the analytical solution and experimental test carried out to investigate the vibration characteristics of the investigated fan blades. All formulation and computations are coded in FORTRAN-77. The dynamic response results were estimated by ANSYS/ 5.4 package. The numerical, analytical and experimental results are compared with the results in the previously published literature and MSC/ NASTRAN package, and the present results show good agreement.Many parameters such as speed of rotation, thickness, skew angle, pre-twist angle, disc radius, aspect ratios, type of alloy and the shape of cross-sectional area for the practical fan blade are investigated in this work. These parameters affect the design of fan blades and also different types of fan blades are studied.

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Oday Ibraheem Abdullah has obtained his M. Sc degree inmechanical Eng./University of Baghdad in 2003. He is one of the faculty members in the Dept. of Energy Eng./College of Eng./University of Baghdad since 2002. Now he is a research associate in the Dept of System Technology and Mechanical Design Methodology/Hamburg University of Technology.

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Book Description Condition: New. Publisher/Verlag: LAP Lambert Academic Publishing | Stresses and Vibration Analysis | Axial flow fan blades are the important parts in ventilation and therefore an accurate estimation of the stresses, deformations and vibration characteristics are required in the design of the blade to avoid failure and obtain an optimum weight and cost. This work presents the numerical solution to estimate the stresses and deformations for steady-state and dynamic responses. Also, the analytical solution and experimental test carried out to investigate the vibration characteristics of the investigated fan blades. All formulation and computations are coded in FORTRAN-77. The dynamic response results were estimated by ANSYS/ 5.4 package. The numerical, analytical and experimental results are compared with the results in the previously published literature and MSC/ NASTRAN package, and the present results show good agreement.Many parameters such as speed of rotation, thickness, skew angle, pre-twist angle, disc radius, aspect ratios, type of alloy and the shape of cross-sectional area for the practical fan blade are investigated in this work. These parameters affect the design of fan blades and also different types of fan blades are studied. | Format: Paperback | Language/Sprache: english | 160 pp. Seller Inventory # K9783659463211

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Oday Ibraheem Abdullah
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Book Description LAP Lambert Academic Publishing Okt 2013, 2013. Taschenbuch. Condition: Neu. Neuware - Axial flow fan blades are the important parts in ventilation and therefore an accurate estimation of the stresses, deformations and vibration characteristics are required in the design of the blade to avoid failure and obtain an optimum weight and cost. This work presents the numerical solution to estimate the stresses and deformations for steady-state and dynamic responses. Also, the analytical solution and experimental test carried out to investigate the vibration characteristics of the investigated fan blades. All formulation and computations are coded in FORTRAN-77. The dynamic response results were estimated by ANSYS/ 5.4 package. The numerical, analytical and experimental results are compared with the results in the previously published literature and MSC/ NASTRAN package, and the present results show good agreement.Many parameters such as speed of rotation, thickness, skew angle, pre-twist angle, disc radius, aspect ratios, type of alloy and the shape of cross-sectional area for the practical fan blade are investigated in this work. These parameters affect the design of fan blades and also different types of fan blades are studied. 160 pp. Englisch. Seller Inventory # 9783659463211

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Book Description LAP Lambert Academic Publishing Okt 2013, 2013. Taschenbuch. Condition: Neu. Neuware - Axial flow fan blades are the important parts in ventilation and therefore an accurate estimation of the stresses, deformations and vibration characteristics are required in the design of the blade to avoid failure and obtain an optimum weight and cost. This work presents the numerical solution to estimate the stresses and deformations for steady-state and dynamic responses. Also, the analytical solution and experimental test carried out to investigate the vibration characteristics of the investigated fan blades. All formulation and computations are coded in FORTRAN-77. The dynamic response results were estimated by ANSYS/ 5.4 package. The numerical, analytical and experimental results are compared with the results in the previously published literature and MSC/ NASTRAN package, and the present results show good agreement.Many parameters such as speed of rotation, thickness, skew angle, pre-twist angle, disc radius, aspect ratios, type of alloy and the shape of cross-sectional area for the practical fan blade are investigated in this work. These parameters affect the design of fan blades and also different types of fan blades are studied. 160 pp. Englisch. Seller Inventory # 9783659463211

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Book Description LAP Lambert Academic Publishing, 2013. Paperback. Condition: New. Language: English . Brand New Book. Axial flow fan blades are the important parts in ventilation and therefore an accurate estimation of the stresses, deformations and vibration characteristics are required in the design of the blade to avoid failure and obtain an optimum weight and cost. This work presents the numerical solution to estimate the stresses and deformations for steady-state and dynamic responses. Also, the analytical solution and experimental test carried out to investigate the vibration characteristics of the investigated fan blades. All formulation and computations are coded in FORTRAN-77. The dynamic response results were estimated by ANSYS/ 5.4 package. The numerical, analytical and experimental results are compared with the results in the previously published literature and MSC/ NASTRAN package, and the present results show good agreement.Many parameters such as speed of rotation, thickness, skew angle, pre-twist angle, disc radius, aspect ratios, type of alloy and the shape of cross-sectional area for the practical fan blade are investigated in this work. These parameters affect the design of fan blades and also different types of fan blades are studied. Seller Inventory # KNV9783659463211

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