“…The obtained FLDs can be used to optimize the hydroforming tool geometries and also to develop criterion for material failure. ''Open-die'' hydroforming is one of the most popular methods used to obtain FLD for circular tubes of various materials [10][11][12][13][14]. Figure 2 presents the process of hydroforming tubular parts.…”
Section: Fig 1 Exhaust Parts Produced By Hydroforming [6]mentioning
confidence: 99%
“…Due to the manufacturing process of the shooting tubes, the hardening exponent "n" decreases by 10 -20 [%] and uniform elongation is being decreased with a value of 2 -4 [%], as compared with the same material properties sheet [14], [15]. For these reasons the made measurements will be made directly on material of the tube which are hydroformed, and significantly influences the manufacturing process.…”
Section: Interdisciplinary Research In Engineering: Steps Towards Brementioning
Abstract:In this paper the authors shows hydroforming of tubular parts. Also it presents the technology of the hydroforming of the tubular parts. It is presented some experimental research compared with the prediction of the numerical simulation of this process. There are presented also the mechanical parameters of the material which are used in the field of the deforming process.
“…The obtained FLDs can be used to optimize the hydroforming tool geometries and also to develop criterion for material failure. ''Open-die'' hydroforming is one of the most popular methods used to obtain FLD for circular tubes of various materials [10][11][12][13][14]. Figure 2 presents the process of hydroforming tubular parts.…”
Section: Fig 1 Exhaust Parts Produced By Hydroforming [6]mentioning
confidence: 99%
“…Due to the manufacturing process of the shooting tubes, the hardening exponent "n" decreases by 10 -20 [%] and uniform elongation is being decreased with a value of 2 -4 [%], as compared with the same material properties sheet [14], [15]. For these reasons the made measurements will be made directly on material of the tube which are hydroformed, and significantly influences the manufacturing process.…”
Section: Interdisciplinary Research In Engineering: Steps Towards Brementioning
Abstract:In this paper the authors shows hydroforming of tubular parts. Also it presents the technology of the hydroforming of the tubular parts. It is presented some experimental research compared with the prediction of the numerical simulation of this process. There are presented also the mechanical parameters of the material which are used in the field of the deforming process.
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