3D scanning data for pyramid sample

Published: 16 April 2021| Version 1 | DOI: 10.17632/2t8y5f54pz.1
Contributor:
Rongxuan Wang

Description

Point cloud data for EBM process printing surfaces. It has surface roughness and melt pool size change depending on the printing area due to heat accumulation. This data set is scanned by a customized ultra-high spatial resolution structured light scanner (5um).

Files

Steps to reproduce

The sample information is in the pptx file.

Publications

Sample IDTBD
Publication TitleTBD
CitationTBD
AuthorsRongxuan Wang, Zhenyu Kong

AM Process Data Template

Additive Manufacturing ProcessEBM
Process ParametersTBD
Process Date2021-04-12T16:00:00.000Z
Process DescriptionTBD
CAD FileTBD
Process IDTBD

In-situ Characterization Data Template

Sample IDTBD
Process IDTBD
Characterization TypeTBD
Characterization InstrumentVirginia Tech Smart Group Customized Ultra-high Spatial Resolution SLS 3D scanner
In-situ Measurement DetailsTBD

Research Process Flow

Process Flow for Additive ManufacturingTBD
Process Flow for Ex-situ CharacterizationTBD
Process Flow for In-situ CharacterizationTBD
Process Flow for Computational ModelingTBD

Software

Available SoftwareTBD
TypeCommercial
Contact linkTBD

Ex-situ Characterization Data Template

Sample IDTBD
Process IDTBD
Characterization TypeTBD
Characterization InstrumentTBD
Ex-situ Measurement DetailsTBD

AM Sample Data Template

Sample IDTBD
Date2021-04-12T16:00:00.000Z
Alloy TypeTi-Base
Alloy compositionTBD
Alloy certificateTBD
Process IDTBD
Additive Manufacturing ProcessE-PBF

MURI/AUSMURI University

User NameTBD
UniversityVirginia Tech
Address1145 Perry St, Blacksburg, VA, 24061
AcknowledgementTBD
FunderTBD

Patents

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Patent ApplicationTBD

Computational Modelling

Objective of the ModelTBD
Typical InputTBD
Typical outputTBD
Typical simulation movieTBD
Computer System RequirementsTBD
Simulation IDTBD

Hardware

Available HardwareTBD
AccessibilityTBD
Contact linkTBD