DE 102009039578 A1 UPAB: 20110321 NOVELTY - The method involves providing sheet material sections which contain fiber components, from which a portion of a flat material surface (2,3) is raised. The flat material surface is assigned on a flat material section (1). A coupling agent is partially added between two flat material sections in mutually overlapping fiber components. USE - Method for manufacturing a three-dimensional object through a generative manufacturing process after laminated object manufacturing. ADVANTAGE - The coupling agent is partially added between two flat material sections in mutually overlapping fiber components, and hence ensures manufacturing a light-weight object with improved stability features
The component surface preparation method has the individual layers of the component divided into seg...
At the German Aerospace Center (DLR), Center for Lightweight Production Technology (ZLP) Augsburg au...
The body has a pile yarn (3) and a helical spring element co-determining a three dimensional structu...
DE 10060379 A UPAB: 20020823 NOVELTY - A process creates a thin-walled three-dimensional work piece ...
WO2004039566 A UPAB: 20040616 NOVELTY - Method for making three-dimensional preforms (1) from textil...
The invention relates to a method for producing a three-dimensional, multi-layer fibre composite com...
DE 102009018131 A1 UPAB: 20101125 NOVELTY - The method for producing a three-dimensional structural ...
With Laminated Object Manufacturing (LQM) process, three dimensional objects are manufactured by se...
DE 102007032904 B3 UPAB: 20090103 NOVELTY - Method involves fixing of cutting part contours, which a...
DE 102007048385 B3 UPAB: 20090220 NOVELTY - Production of components (6) using generative processes,...
DE 10357981 B UPAB: 20051003 NOVELTY - A method for treating/processing the surface of a molded body...
The method involves forming a core layer (1) comprising a support portion (40) and a functional port...
The method concerns production of three-dimensional components, and consists of two process steps. A...
Die heute kommerziell verfügbaren generativen Fertigungsverfahren und deren Folgeprozesse ermögliche...
Innovative 3D spacer fabrics made from individual planes and connecting layers present great potenti...
The component surface preparation method has the individual layers of the component divided into seg...
At the German Aerospace Center (DLR), Center for Lightweight Production Technology (ZLP) Augsburg au...
The body has a pile yarn (3) and a helical spring element co-determining a three dimensional structu...
DE 10060379 A UPAB: 20020823 NOVELTY - A process creates a thin-walled three-dimensional work piece ...
WO2004039566 A UPAB: 20040616 NOVELTY - Method for making three-dimensional preforms (1) from textil...
The invention relates to a method for producing a three-dimensional, multi-layer fibre composite com...
DE 102009018131 A1 UPAB: 20101125 NOVELTY - The method for producing a three-dimensional structural ...
With Laminated Object Manufacturing (LQM) process, three dimensional objects are manufactured by se...
DE 102007032904 B3 UPAB: 20090103 NOVELTY - Method involves fixing of cutting part contours, which a...
DE 102007048385 B3 UPAB: 20090220 NOVELTY - Production of components (6) using generative processes,...
DE 10357981 B UPAB: 20051003 NOVELTY - A method for treating/processing the surface of a molded body...
The method involves forming a core layer (1) comprising a support portion (40) and a functional port...
The method concerns production of three-dimensional components, and consists of two process steps. A...
Die heute kommerziell verfügbaren generativen Fertigungsverfahren und deren Folgeprozesse ermögliche...
Innovative 3D spacer fabrics made from individual planes and connecting layers present great potenti...
The component surface preparation method has the individual layers of the component divided into seg...
At the German Aerospace Center (DLR), Center for Lightweight Production Technology (ZLP) Augsburg au...
The body has a pile yarn (3) and a helical spring element co-determining a three dimensional structu...