Results 121 to 130 of about 344 (166)
Effects of Thermoforming Parameters on Woven Carbon Fiber Thermoplastic Composites. [PDF]
Materials (Basel)Hwang SF, Yang CY, Huang SH.
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Plastically Deformed Tubes Subjected to Mechanical Expansion Processes. [PDF]
Materials (Basel)Zhao Z, Bouzid AH, Laghzale NE.
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Hydroforming highlights: sheet hydroforming and tube hydroforming
Journal of Materials Processing Technology, 2004Udgivelsesdato: SEP ...
Lang, Lihui +6 more
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Journal of Materials Processing Technology, 1999
Abstract A brief review of recent developments in the hydroforming processes is presented. The process variations used for forming tubular and flat components, the integral hydrobulge forming of shell products and the newly developed viscous pressure forming process are outlined and their characteristics and applications are summarized, especially in
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Abstract A brief review of recent developments in the hydroforming processes is presented. The process variations used for forming tubular and flat components, the integral hydrobulge forming of shell products and the newly developed viscous pressure forming process are outlined and their characteristics and applications are summarized, especially in
openaire +2 more sources
Journal of Applied Chemistry, 1954
AbstractFluid ‘hydroforming’ is a powdered catalyst operation that owes its success to continued research and development on naphtha‐upgrading. Its predecessor, fixed‐bed ‘hydroforming’, was employed commercially to make aromatics and aviation gasoline during World War II.
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AbstractFluid ‘hydroforming’ is a powdered catalyst operation that owes its success to continued research and development on naphtha‐upgrading. Its predecessor, fixed‐bed ‘hydroforming’, was employed commercially to make aromatics and aviation gasoline during World War II.
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Materialwissenschaft und Werkstofftechnik, 2008
AbstractMagnesium alloys reveal a good strength‐to‐weight ratio in the family of lightweight metals and gains potential to provide up to 30 % mass savings compared to aluminium and up to 75 % compared to steel. The use of sheet magnesium alloys for auto body applications is however limited due to the relatively low formability at room temperature ...
M. Liewald, R. Pop
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AbstractMagnesium alloys reveal a good strength‐to‐weight ratio in the family of lightweight metals and gains potential to provide up to 30 % mass savings compared to aluminium and up to 75 % compared to steel. The use of sheet magnesium alloys for auto body applications is however limited due to the relatively low formability at room temperature ...
M. Liewald, R. Pop
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AIP Conference Proceedings, 2007
Magnesium alloys can be considered as alternative materials towards achieving light weight structures with high material stiffness. The formability of two magnesium alloys, viz. AZ31 and ZM21 has been experimentally tested using the IHP forming process.
M. Liewald, R. Pop, S. Wagner
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Magnesium alloys can be considered as alternative materials towards achieving light weight structures with high material stiffness. The formability of two magnesium alloys, viz. AZ31 and ZM21 has been experimentally tested using the IHP forming process.
M. Liewald, R. Pop, S. Wagner
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Tube Hydroforming: Efficiency and Effectiveness of Pressure Sequence Hydroforming
SAE Technical Paper Series, 1998<div class="htmlview paragraph">Tube hydroforming is a technology that is new to many and proving it's merits as a viable and often superior alternative to welding tubular assemblies from stampings.</div> <div class="htmlview paragraph">This paper discusses how pressure sequence and high pressure hydroforming techniques work, how two ...
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Progress in shell hydroforming
Journal of Materials Processing Technology, 2005Abstract Shell hydroforming is a newly developed technology. Essentially, it is a die-less hydrobulging method, also named Integral Hydro-Bulge Forming (IHBF). Its basic principle of preforming before hydrobulging and its practical applications are introduced in this paper.
Z.R. Wang +4 more
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