Engineering & Materials Science
Fires
100%
High strength steel
85%
Steel
69%
Load limits
47%
Temperature
36%
Carbon steel
34%
Bearing capacity
33%
Computational fluid dynamics
24%
Composite materials
22%
Steel construction
21%
Mechanical properties
19%
Steel structures
16%
Analytical models
16%
Concretes
16%
Numerical models
15%
Failure modes
14%
Finite element method
14%
Cooling
14%
Testing
13%
Elastic moduli
11%
Trusses
11%
Heating
11%
Temperature distribution
11%
Computer simulation
10%
Flanges
9%
Hot Temperature
9%
Fire resistance
9%
Yield stress
9%
Plastics
9%
Hinges
9%
Modular construction
9%
Constitutive equations
6%
Test facilities
6%
Warehouses
5%
Sustainable development
5%
Life cycle
5%
Water
5%
Indentation
5%
Chemical Compounds
Fire
37%
Strength
36%
Spray
18%
Cooling
17%
Yield Point
14%
Reduction
13%
Modulus of Elasticity
13%
Column Like Crystal
11%
Composite Material
9%
Safety
8%
Surface Temperature
6%
Resistance
6%
Physics & Astronomy
high strength steels
36%
steels
35%
grade
26%
mechanical properties
12%
proportional limit
9%
trusses
7%
constitutive equations
6%
yield strength
6%
tensile tests
6%
safety factors
6%
safety
6%
temperature
5%
manufacturing
5%
buckling
5%
modulus of elasticity
5%
