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Statements

Subject Item
dbr:Rule_based_DFM_analysis_for_deep_drawing
rdfs:label
Rule based DFM analysis for deep drawing
rdfs:comment
Rule based DFM analysis for deep drawing. Deep drawing is a widely used cold sheet metal forming process to draw the sheet metal in forming dye of desirable cross-section using mechanical force of the punch. DFM refers to design for manufacturability. DFA refers to design for assembly. DFMA stands for design for manufacture and assembly. It is a practice for designing the engineering components keeping manufacturing and assembly aspects in mind. DFMA tries to tackle the problems that may come during the manufacturing and assembly at the design stage itself. Changes in the parts design to remove these problems while keeping the functionality of the parts intact. This is done to reduce the cost of iterations thus making the manufacturing of components more efficient and economical.
dcterms:subject
dbc:Forming_processes
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47757307
dbo:wikiPageRevisionID
960049038
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dbc:Forming_processes dbr:DFMA dbr:Deep_drawing dbr:Design_for_assembly dbr:Design_for_manufacturability
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yago-res:Rule_based_DFM_analysis_for_deep_drawing wikidata:Q25110674 n15:2MybE
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Rule based DFM analysis for deep drawing. Deep drawing is a widely used cold sheet metal forming process to draw the sheet metal in forming dye of desirable cross-section using mechanical force of the punch. DFM refers to design for manufacturability. DFA refers to design for assembly. DFMA stands for design for manufacture and assembly. It is a practice for designing the engineering components keeping manufacturing and assembly aspects in mind. DFMA tries to tackle the problems that may come during the manufacturing and assembly at the design stage itself. Changes in the parts design to remove these problems while keeping the functionality of the parts intact. This is done to reduce the cost of iterations thus making the manufacturing of components more efficient and economical. In the deep drawing process, a blank of sheet metal (usually circular) is placed on the die. The die is fixed to the base. The metal blank is held in position on the die using blank holder. Mechanical force is applied on the part of the metal blank above the die cavity through a punch. As the punch force increases the metal flows from the flange region in to the die cavity. Here is the Rule based DFM analysis for Deep drawing process. These rules can be incorporated at the design stage to improve the efficiency of the process:
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wikipedia-en:Rule_based_DFM_analysis_for_deep_drawing?oldid=960049038&ns=0
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dbr:Rule_based_DFM_analysis_for_deep_drawing
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wikipedia-en:Rule_based_DFM_analysis_for_deep_drawing
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