INIS
additives
100%
aluminum
14%
assessments
100%
comparative evaluations
14%
control
14%
design
100%
dynamics
14%
eigenfrequency
14%
gain
14%
geometry
14%
industry
14%
lasers
14%
manufacturing
100%
metals
100%
milling
14%
motion
100%
optimization
100%
performance
42%
powders
14%
precision
100%
simulation
14%
size
14%
topology
100%
Keyphrases
Additive Manufacturing
66%
Challenging Tasks
33%
Computational Effort
33%
Conventional Design
33%
Design Optimization
33%
Difficult Times
33%
Eigenfrequency
33%
Formulation Optimization
33%
High Dynamic Performance
33%
High-tech Industry
33%
Laser Powder Bed Fusion (L-PBF)
33%
Manual Design
33%
Manufacturable
33%
Metal Additive Manufacturing
100%
Minimum Feature Size
33%
Motion Stage
33%
Overhang
33%
Performance Increase
33%
Precision Motion Stage
33%
Precision Motion Systems
100%
Production Optimization
100%
Proposed Methodology
33%
Singles' Day
33%
Topology Optimization
100%
Engineering
Additive Manufacturing
100%
Assembly
20%
Computational Effort
20%
Design
100%
Dynamic Performance
20%
Eigenfrequencies
20%
Evaluation
100%
Feature Size
20%
High Precision
100%
High Quality
20%
Milling (Machining)
20%
Motion System
100%
Optimal Design
20%
Optimised Design
20%
Optimization
100%
Performance
40%
Powder Bed Fusion
20%
Realization
100%
Stages
40%
Tasks
20%