|
DEM
|
Discrete/Dynamic Element Model
|
|
DfAM
|
Design for AM
|
|
DfM
|
Design for Manufacturing
|
|
DHA
|
Dust Hazard Analysis
|
|
DL
|
Deep Learning
|
|
DMLS
|
Direct Metal Laser Sintering
|
|
DoD
|
Drop‐on‐Demand
|
|
DoG
|
Difference of Gaussian
|
|
DXF
|
Drawing Exchange Format
|
|
EA
|
Electrical Arc
|
|
EAM
|
Embedded‐Atom Method
|
|
EB
|
Electron Beam
|
|
EBAM
|
Electron Beam Additive Manufacturing
|
|
EB‐DED
|
Electron Beam Directed Energy Deposition
|
|
EBF3
|
Electron Beam Freeform Fabrication
|
|
EBF
3
|
Electron Beam Fusion
|
|
EBM
|
Electron Beam Melting
|
|
EB‐PBF
|
Electron Beam Powder Bed Fusion
|
|
EDM
|
Electrical Discharge Machining
|
|
EIGA
|
Electrode Induction Melting Inert Gas Atomization
|
|
EKF
|
Extended Kafman Filter
|
|
ELT
|
Effective Layer Thickness
|
|
EMFs
|
Electric and Magnetic Fields
|
|
ESO
|
Evolutionary Structural Optimization
|
|
FBG
|
Fiber Bragg Gratings
|
|
FCC
|
Face Centered Cubic
|
|
FCM
|
Finite Cell Method
|
|
FDM
|
Fused Deposition Modeling
|
|
FE
|
Finite Element
|
|
FEA
|
Finite Element Analysis
|
|
FEG
|
Field‐Emission Gun
|
|
FEM
|
Finite Element Method
|
|
FFT
|
Fast Fourier Transformation
|
|
FGM
|
Functionally Graded Material
|
|
FGSs
|
Functionally Graded Structures
|
|
FIS
|
Fuzzy Inference System
|
|
FMC
|
Ford Motor Company
|
|
FN
|
False Negative
|
|
FP
|
False Positive
|
|
FS
|
Free Surface
|
|
GD
|
Gradient Descent
|
|
GM
|
General Motors
|
|
GMG
|
Geometrically Modified Group
|
|
GP
|
Gaussian Process
|
|
HA
|
Hydroxyapatite
|
|
HAZ
|
Heat‐Affected Zone
|
|
HDR
|
Heating Depth Ratio
|
|
HF
|
Highly Filled
|
|
HIP
|
Hot Isostatic Pressing
|
|
HPM
|
Heaviside Projection Method
|
|
ICI
|
Inline Coherent Imaging
|
|
IDAM
|
Industrialization and Digitization of Additive Manufacturing
|
|
IDT
|
Interdigitated Transducers
|
