Dynamic reliability-based robust optimization design for a torsion bar

Xg, Wang; Ym, Zhang; By, Wang

doi:10.1243/09544062jmes1145

Cited by 7 publications

(5 citation statements)

References 10 publications

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“…A model is constructed for the dynamic dependability of mechanical components under the random load occurring on the torsion bar suspension system after the differences in strength, load, and reliability of mechanical components are explored with respect to time. [4]. The armed army currently purchases T-55 tanks from overseas on a regular basis.…”

Section: Related Workmentioning

confidence: 99%

Material Selection and Optimization of Torsion Bar Suspension for Military Vehicle in Case of Tank T-55

Melka

2024

JAIMLNN

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This project focuses on the analyzing different materials for torsion bar suspension system for Tank T-55 for optimizing its performance for cross country mobility and ride comfort. This suspension system is aimed to improve wheel travel and angle of twist on all terrain conditions from rough to flat surfaces. The different materials studied are carbon steel and alloy steel for their suitability as torsion bar and proposed de-sign is accomplished through the material selection and analytical calculation with analysis for shear stress, total deformation and strain. alloy steel is considered as alternative material for torsion bar based on the result of its good strength in shear stress and store maximum energy in the case of strain energy.

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Section: Related Workmentioning

confidence: 99%

Material Selection and Optimization of Torsion Bar Suspension for Military Vehicle in Case of Tank T-55

Melka

2024

JAIMLNN

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“…MATLAB software, with a strong scientific computing and data processing ability and excellent graphics, is very suitable for solving optimization problems. Because the MATLAB language is a high-level language based on matrix / array, not only has the vectorization programming features, but also has a large number of mathematical functions used in works [3,4]. These mathematical functions can be called directly for developing program.…”

Section: Function Solvingmentioning

confidence: 99%

Optimal Design of NW Planetary Gear Reducer

Xiang

2013

AMM

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The paper make optimal design of NW planetary gear reducer. While all the design factor has been considered, the optimal mathematical model and constraint conditions of each independent variable is determined. On the basis of simplifying model, the MATLAB is used to develop the algorithm program. Then the program is carried out. Finally, the operational results are revised and checked. The operational results show that this method can ensure the design quality. At the same time, the method also can enhance the efficiency of programming.

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“…For the process established of dynamic reliability model, which has been studied by the author, meanwhile, theoretical computation formulas derived are also obtained, seeing from references [5][6][7]. Computation formula on dynamic reliability of mechanical components under the action of stochastic load is represented as follows,…”

Section: Dynamic Reliability Designmentioning

confidence: 99%

Optimization Design on Dynamic Reliability of a Tension Bar

Wang

Tan

2011

AMR

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This template explains and demonstrates how to prepare your camera-ready paper for Trans Tech Publications. The best is to read these instructions and follow the outline of this text. The variation rules of strength, load, and reliability of mechanical components are studied with a change in time, and a model is established for dynamic reliability of mechanical components under the random load acting. By combining the theory of reliability design with the method of sensitivity analysis, the computational method of dynamic reliability sensitivity design with arbitrary distribution parameter is proposed based on the methods Edgeworth and perturbation, and the problem of dynamic reliability sensitivity design of mechanical components distributed arbitrary distribution is solved as well as the variation rules of dynamic reliability sensitivity are given. The variation of reliability is studied as design parameters change a little, which provides theoretical data for dynamic reliability design of mechanical components.

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Dynamic reliability-based robust optimization design for a torsion bar

Cited by 7 publications

References 10 publications

Material Selection and Optimization of Torsion Bar Suspension for Military Vehicle in Case of Tank T-55

Material Selection and Optimization of Torsion Bar Suspension for Military Vehicle in Case of Tank T-55

Optimal Design of NW Planetary Gear Reducer

Optimization Design on Dynamic Reliability of a Tension Bar

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