Engineering & Materials Science
Fires
100%
Timber
99%
Stiffness
81%
Temperature distribution
72%
Temperature
44%
Steel
42%
Skin effect
31%
Cranes
26%
Natural convection
25%
High strength steel
25%
Defects
25%
Dynamic analysis
21%
Compaction
20%
Wooden floors
20%
Welds
19%
Radiation
19%
Failure modes
19%
Hydraulics
18%
Sound insulation
17%
Axial compression
16%
Computer aided engineering
15%
Steel structures
15%
ISO Standards
14%
Composite materials
14%
Numerical models
13%
Skin
12%
Buckling
11%
Geometry
10%
Composite structures
10%
Finite element method
10%
Homogenization method
9%
Computer simulation
9%
Heating furnaces
8%
Ductility
8%
Curve fitting
8%
Fractals
8%
Industrial heating
7%
Fire resistance
7%
Hammers
7%
Concrete slabs
6%
Elastic moduli
6%
Costs
6%
Load limits
6%
Construction industry
6%
Mechanical properties
6%
Computational fluid dynamics
6%
Sensitivity analysis
5%
Civil engineering
5%
Physics & Astronomy
hollow
66%
steels
49%
slabs
25%
temperature
24%
failure modes
22%
coverings
21%
vibration
17%
thickness ratio
14%
composite materials
14%
radiation
13%
excitation
11%
compression loads
10%
temperature distribution
9%
hammers
9%
curves
8%
finite element method
8%
flammability
8%
coatings
8%
heat
8%
torsion
7%
heating
7%
insulation
7%
flanges
7%
geometry
6%
gas temperature
6%
embedding
6%
shear
5%
furnaces
5%
critical temperature
5%
Earth & Environmental Sciences
steel
27%
research project
23%
experimental study
19%
life-cycle management
18%
temperature
18%
distribution
17%
test
16%
product life cycle
16%
project
15%
industry
14%
computer aided design
14%
product
11%
simulation
10%
stabilization
10%
engineering
7%
savings
5%
method
5%
