Keyphrases
Artificial Bone
19%
Artificial Tissue
22%
Blood Clot
21%
Bone Tissue
35%
Bone Tissue Engineering
22%
Cell Culturing
23%
Chemical Engineering
31%
Clot
19%
Computational Fluid Dynamics
19%
Contact Angle
51%
Direction Selectivity
31%
Fibroblasts
31%
Flow Perfusion
61%
Flow Shear Stress
19%
Flow Stress
33%
Fluid Manipulation
21%
Fluid Shear
21%
Heart Attack
18%
Hemostasis
26%
High-resolution Micro-computed Tomography
31%
Hydrophobic Surface
18%
Image-based Modeling
26%
Intravital Microscopy
21%
Lagrangian
29%
Lattice Boltzmann Method
60%
Microcomputed Tomography
31%
Microfluidic Technology
23%
Microfluidics
65%
Mitosis
26%
Non-wood Fibers
21%
Perfusion Culture
19%
Platelets
42%
Plumbing
23%
Porosity
19%
Porous Scaffold
39%
Regenerative Medicine
17%
Scaffold Architecture
26%
Scalar Tracking
29%
Shear Force
27%
Shear Stress Distribution
51%
Slip Length
47%
Solute Transport
18%
Statistical Analysis
21%
Stress Distribution
39%
Superhydrophobic Surface
19%
Three-dimensional (3D)
35%
Thrombus
42%
Tissue Engineering
36%
Tissue Scaffolds
52%
Tissue-engineered Constructs
31%
Engineering
3D Printing
19%
Bioengineering
27%
Bioreactor
31%
Bone Tissue Engineering
19%
Boundary Condition
20%
Bulk Stress
15%
Chemical Engineering
31%
Computational Fluid Dynamics
25%
Couette Flow
23%
Defects
21%
Directional
31%
Drag Reduction
23%
Drug Delivery
19%
Engineered Construct
31%
Engineering Scaffold
44%
Epitaxial Layer
15%
Fabrication Method
15%
Flow Simulation
23%
Gamma Distribution
15%
High Resolution
41%
Hydrophobic
31%
Induced Stress
28%
Laminar Flows
15%
Lattice-Boltzmann Method
73%
Lead Angle
15%
Limited Number
15%
Master Mold
15%
Mesenchymal Stem Cell
18%
Microfluidic Device
47%
Microfluidic Technology
21%
Nonwovens
23%
Numerical Accuracy
15%
Part Quality
15%
Perfusion Culture
21%
Platelet
30%
Pore Space
15%
Porosity
35%
Porous Scaffold
54%
Probability Density Function
21%
Regenerative Medicine
40%
Shear Force
23%
Shear Stress Distribution
47%
Simulation Result
15%
Slip Angle α
15%
Solute Transport
18%
Support Cell
15%
Tissue Engineering
100%
United States of America
15%
Volume Ratio
21%
Yield Stress
15%