Keyphrases
Finite Element Analysis
100%
Poly(methyl methacrylate)
100%
Surgical Planning
91%
Thermal Behavior
75%
Process Simulation
75%
Medical Equipment
75%
Custom Implants
75%
Ecuador
66%
Comprehensive Methodology
58%
Additive Manufacturing Techniques
58%
Bone Implants
58%
Composite Materials
50%
Spare Parts
50%
Renewable Energy
50%
Simulation Techniques
50%
Anatomical Models
49%
Mechanical Properties
45%
Natural Bone
39%
Additive Manufacturing
37%
Bone Structure
33%
Finite Element Method
33%
Customized Cranial Implant
33%
Operational Reliability
30%
Maximum Temperature
25%
Compression Stress
25%
Cement Mixture
25%
Irregular Geometry
25%
Hollow
25%
Temperature Level
25%
Hardening Temperature
25%
Bending Test
25%
Gypsum Cements
25%
Support Point
25%
Cranioplasty
25%
Polyetheretherketone
25%
Cranial Implant
25%
Refrigerated Vehicle
25%
Patient-specific
25%
Reliability Coefficient
25%
Intelligent Analysis
25%
Short Communication
25%
Cranial Bone
25%
Anchorage System
25%
Implant Design
25%
Design Planning
25%
Hybrid Materials
25%
Bone Repair
25%
Multivariate Prediction Model
25%
Implant Reconstruction
25%
Furnace Process
25%
INIS
implants
100%
applications
100%
surgery
95%
planning
81%
protection
75%
bones
75%
simulation
70%
design
68%
equipment
66%
additives
62%
manufacturing
62%
polymethylmethacrylates
50%
humans
45%
stocks
33%
finite element method
33%
levels
29%
drinking water
25%
multivariate analysis
25%
heat exchangers
25%
radium 226
25%
waste management
25%
operation
25%
mobility
25%
water pollution
25%
biodiversity
25%
preservation
25%
hardening
25%
beams
25%
gypsum cements
25%
climatic change
25%
united nations
25%
air pollution
25%
energy
25%
fossil fuels
25%
renewable energy sources
25%
capacity
25%
shells
25%
environment
25%
water
25%
people
25%
prediction
25%
china
25%
slowdown
25%
food
25%
sustainable development
25%
tubes
25%
furnaces
25%
electric furnaces
25%
populations
25%
polyethers
25%
Engineering
Finite Element Analysis
100%
Thermal Behavior
75%
Process Simulation
75%
Surgical Planning
66%
Medical Equipment
65%
Additive Manufacturing Technique
58%
Similarity
58%
Spare Part
50%
Computational Fluid Dynamics
50%
Anatomical Model
41%
Heat Transfer
37%
Measured Temperature
37%
Simulation Mode
37%
Implant
37%
Structural Element
33%
Bone Implant
33%
Composite Material
25%
Point Support
25%
Maximum Temperature
25%
Constituent Material
25%
Bending Tests
25%
Physical Characterization
25%
Biological Characterization
25%
Polyetheretherketone
25%
Patient Specific
25%
Simulation Method
25%
Flexure
25%
Electric Furnace Process
25%
Summer Period
25%
Operational Characteristic
25%
Tubes (Components)
25%
Relative Error
25%
Cfd Simulation
25%
Welded Plate
25%
Prosthesis
25%
Critical Point
25%
Temperature Distribution
25%
Numerical Data
25%
Engineering Application
25%
Heat Loss
25%
Additive Manufacturing
25%
Polytechnic
25%
Solar Radiation
25%
Measured Data
25%
Time Domain
25%
Seismic Behavior
25%
Design Process
20%
Three Dimensional Printing
16%
Fluid Mechanics
12%
Global Error
12%