A detailed study of the effects of layer thickness, hatch spacing, hatch overcure depth, and hatch fill cure depth on the quality of the StereoLithography (SL) product was carried out using acrylic based resin. Taguchi Method was used for analysing all experimental results. The ANOVA and the Signal-to-noise ratio (SIN) results were used to select the optimum parameters and the appropriate factor levels for further experiments. A new hatch styIe with an optimum layer thickness is proposed for the build process with minimum geometrical distortion.Mechanical Engineerin
To build smaller parts in StereoLithography (SL) and detect some build errors before fabrication, a...
The use of StereoLithography (SL) can produce accurate prototype models with complex internal and e...
To facilitate the transition of Stereolithography (SLA) into the manufacturing domain and to increas...
Despite the advantages stereolithography provides, one of the major problems in applying this techni...
Abstract — Rapid prototyping (RP) is an emerging technology that has been implemented in many sphere...
As we move towards micron-scale rapid manufacturing, it is critical to understand build resolution ...
Due to the rapid development of precision manufacturing technologies, there is a growing market nee...
The curl distortions in rapid prototyping using 3-D laser stereo lithography occur as the top layers...
In the current study, response surface method (RSM) was applied to correlate stereolithography (SLA)...
In order to improve Stereolithography (SLA) surface finish, a systematic approach based on estimati...
Rapid prototyping (RP) has evolved as frontier technology in the recent times, which allows direct t...
Considerable research has been undertaken to assess the suitability of different post-process finis...
A statistical design of experiments (DOE) approach was used to determine if specific build orientat...
The basic layer-based manufacturing mechanism of stereolithography is built upon a scanning pattern ...
Shape distortions and internal stresses can limit the range of application of generative manufacturi...
To build smaller parts in StereoLithography (SL) and detect some build errors before fabrication, a...
The use of StereoLithography (SL) can produce accurate prototype models with complex internal and e...
To facilitate the transition of Stereolithography (SLA) into the manufacturing domain and to increas...
Despite the advantages stereolithography provides, one of the major problems in applying this techni...
Abstract — Rapid prototyping (RP) is an emerging technology that has been implemented in many sphere...
As we move towards micron-scale rapid manufacturing, it is critical to understand build resolution ...
Due to the rapid development of precision manufacturing technologies, there is a growing market nee...
The curl distortions in rapid prototyping using 3-D laser stereo lithography occur as the top layers...
In the current study, response surface method (RSM) was applied to correlate stereolithography (SLA)...
In order to improve Stereolithography (SLA) surface finish, a systematic approach based on estimati...
Rapid prototyping (RP) has evolved as frontier technology in the recent times, which allows direct t...
Considerable research has been undertaken to assess the suitability of different post-process finis...
A statistical design of experiments (DOE) approach was used to determine if specific build orientat...
The basic layer-based manufacturing mechanism of stereolithography is built upon a scanning pattern ...
Shape distortions and internal stresses can limit the range of application of generative manufacturi...
To build smaller parts in StereoLithography (SL) and detect some build errors before fabrication, a...
The use of StereoLithography (SL) can produce accurate prototype models with complex internal and e...
To facilitate the transition of Stereolithography (SLA) into the manufacturing domain and to increas...