An analysis ofthe steady-state growth ofrods during gas-phase solidfreeform fabrication is presented. It is demonstrated that heat transfer controls the evolution ofshape during laser-induced pyrolysis of slender 3-D structures. Insulating and conductive deposit materials were studied, using both simple analytic and numerical simulations to demonstrate how steady-state rod growth is achieved.Mechanical Engineerin
Gas phase solid freeform fabrication research at The University of Connecticut focuses on two main ...
Thermal control of solid freeform fabrication processes is critical for obtaining consistent build c...
A Laser Chemical Vapor Deposition (LCVD) system was designed using a fixed 100 Watt C02 laser focus...
An analysis ofthe steady-state growth ofrods during gas-phase solidfreeform fabrication is presente...
Gas-phase Selective Area Laser Deposition (SALD) is a useful freeform fabrication tool for the prot...
Three-dimensional laser-induced chemical vapor deposition (3D-LCVD) is a recently developed micro-ma...
To fully investigate a pyrolytic Laser-induced chemical vapor deposition (LCVD) system for growing a...
The use of3-D LCVD with volumetric rate feedback was investigated in the fabrication ofmicromechani...
Laser-induced chemical vapor deposition (LCVD) is an emerging new technique with many practical appl...
In solid freeform fabrication (SFF) processes involving thermal deposition, thermal control of the ...
Three-dimensional laser Chemical vapor deposition (3D-LCVD) or SALD, was used to prototype metallic...
The ability to predict and control microstructure in laser deposited materials requires an understa...
Recent progress in 3D-LCVD have demonstrated the advantages ofrod micro-fabrication, both from the ...
In solid freeform fabrication (SFF) processes involving thermal deposition, thermal control of the p...
This paper describes the development of a computer model used to characterize the heat transfer prop...
Gas phase solid freeform fabrication research at The University of Connecticut focuses on two main ...
Thermal control of solid freeform fabrication processes is critical for obtaining consistent build c...
A Laser Chemical Vapor Deposition (LCVD) system was designed using a fixed 100 Watt C02 laser focus...
An analysis ofthe steady-state growth ofrods during gas-phase solidfreeform fabrication is presente...
Gas-phase Selective Area Laser Deposition (SALD) is a useful freeform fabrication tool for the prot...
Three-dimensional laser-induced chemical vapor deposition (3D-LCVD) is a recently developed micro-ma...
To fully investigate a pyrolytic Laser-induced chemical vapor deposition (LCVD) system for growing a...
The use of3-D LCVD with volumetric rate feedback was investigated in the fabrication ofmicromechani...
Laser-induced chemical vapor deposition (LCVD) is an emerging new technique with many practical appl...
In solid freeform fabrication (SFF) processes involving thermal deposition, thermal control of the ...
Three-dimensional laser Chemical vapor deposition (3D-LCVD) or SALD, was used to prototype metallic...
The ability to predict and control microstructure in laser deposited materials requires an understa...
Recent progress in 3D-LCVD have demonstrated the advantages ofrod micro-fabrication, both from the ...
In solid freeform fabrication (SFF) processes involving thermal deposition, thermal control of the p...
This paper describes the development of a computer model used to characterize the heat transfer prop...
Gas phase solid freeform fabrication research at The University of Connecticut focuses on two main ...
Thermal control of solid freeform fabrication processes is critical for obtaining consistent build c...
A Laser Chemical Vapor Deposition (LCVD) system was designed using a fixed 100 Watt C02 laser focus...