INIS
temperature control
100%
geometry
100%
design
83%
production
66%
manufacturing
50%
3d printing
50%
size
50%
additives
50%
width
33%
thickness
33%
construction
33%
height
33%
potentials
33%
physics
33%
performance
33%
increasing
16%
thermal effects
16%
applications
16%
simulation
16%
processing
16%
heat storage
16%
interactions
16%
shape
16%
space
16%
building envelope
16%
investigations
16%
water
16%
thermal insulation
16%
industry
16%
solutions
16%
engineering
16%
panels
16%
mechanical properties
16%
climates
16%
indoors
16%
Engineering
Prototype
100%
3D Printing
60%
Building Physics
40%
Design Iteration
40%
Printing Process
40%
Development
40%
Design
40%
Multifunctionality
40%
Additive Process
20%
Current Limit
20%
Multiple Material
20%
Thermal Performance
20%
Bearing System
20%
Development Process
20%
Limitations
20%
Functionality
20%
Shape Complexity
20%
Production Process
20%
Heat Storage
20%
Mechanical Properties
20%
Processing
20%
Structural Design
20%
Construction System
20%
Building Envelope
20%
Indoor Space
20%
Thermal Engineering
20%
Gas Fuel Manufacture
20%
Additive Manufacturing Technology
20%
Additive Manufacturing
20%
Highlight
20%
Thermal Effect
20%
Thermal Insulation
20%
Material Production
20%
Simulation Time
20%
Performance Requirement
20%
Material Science
Temperature
100%
Three Dimensional Printing
83%
Paper
50%
Water
16%
Thermal Insulation
16%