Ingenjörs- och materialvetenskap
Acoustics
100%
Finite element method
71%
Fluid structure interaction
60%
Computational mechanics
56%
Pipe
55%
Common object request broker architecture (CORBA)
46%
Middleware
44%
Wood
43%
Acoustic waves
42%
Sampling
38%
Wooden buildings
37%
Graphical user interfaces
36%
Water
35%
Fluids
35%
Soils
34%
Stiffness
27%
Mechanics
26%
Insulation
26%
Paperboards
25%
Footbridges
24%
Pallets
23%
Dynamic analysis
23%
Boundary conditions
22%
Elastomers
20%
Elastic moduli
20%
Cavitation
20%
Timber
19%
Load limits
19%
Ceilings
18%
Reliability analysis
18%
Drying
17%
Concrete slabs
16%
Sensitivity analysis
16%
Teaching
16%
Importance sampling
15%
Amplification
15%
Students
15%
Wave propagation
14%
User interfaces
14%
Infiltration
14%
Axial loads
13%
Decomposition
13%
Uncertainty
13%
Acoustic wave velocity
12%
Crosswalks
12%
Geometry
12%
Liquids
12%
Synchrotrons
12%
Elastic waves
11%
Soil structure interactions
11%
Matematik
Acoustics
49%
Dynamic Analysis
45%
Reduction Method
41%
Fluid
34%
Fluid-structure Interaction
31%
Failure Analysis
30%
Finite Element Analysis
26%
Cavitation
25%
Lanczos
23%
Interface Problems
22%
Substructure
21%
Domain Decomposition
20%
Sensitivity Analysis
18%
Engineering
18%
Shock
18%
Finite Element
17%
Formulation
17%
Eigenvalue
17%
Balance Equations
15%
Finite Element Method
15%
Latin Hypercube Sampling
13%
Sound
13%
Rack
13%
Connector
13%
Dynamic Characteristics
13%
Model Order Reduction
13%
Strategy
12%
Dependent
12%
Reduced Model
11%
Simulation
11%
User Interface
11%
Eigenvalue Problem
11%
Standards
11%
Relative Efficiency
10%
Engineering Application
10%
Stiffness
10%
Shell Element
9%
Coupled System
8%
Numerical Examples
7%
Finite Element Model
7%
Grid Middleware
7%
Grid Portal
7%
Uncertainty
7%
Constitutive Relations
7%
Elastic Waves
7%
Model
7%
Equation of State
7%
Shape Function
7%
Vertex of a graph
6%
Resources
6%
Fysik och astronomi
acoustics
48%
vibration
48%
sound transmission
33%
tunnels
27%
low frequencies
27%
transmission loss
27%
fluids
20%
synchrotrons
19%
elastomers
19%
leaves
19%
finite element method
18%
cavitation flow
17%
rooms
16%
walking
15%
shock
14%
attenuation
14%
frequency ranges
13%
decomposition
13%
rings
13%
formulations
12%
excitation
10%
nanotechnology
9%
deflection
8%
engineering
8%
roads
7%
interactions
7%
soils
7%
shape functions
7%
injectors
7%
synchrotron radiation
7%
computer systems performance
7%
accelerators
6%
constitutive equations
6%
interpolation
6%
elastic waves
5%
ceilings
5%
requirements
5%
discontinuity
5%
electrons
5%
concrete structures
5%
wave propagation
5%
equations of state
5%
