INIS
heat
100%
polynomials
82%
solutions
62%
approximations
37%
errors
36%
one-dimensional calculations
31%
heat transfer
25%
electromagnetic fields
25%
mathematical models
23%
equations
19%
electric contacts
17%
comparative evaluations
15%
heat flux
14%
heating
12%
coordinates
12%
mathematics
12%
mass transfer
12%
surfaces
12%
nonlinear problems
12%
rings
12%
dynamics
12%
analytical solution
12%
heat (process)
12%
exact solutions
12%
boundary conditions
10%
engineering
10%
applications
9%
accuracy
8%
data
8%
benchmarks
7%
electric fields
6%
axial symmetry
6%
time dependence
6%
low temperature
6%
asymptotic solutions
6%
asymmetry
6%
magnetic fields
6%
filtration
6%
plasma
6%
maxwell equations
6%
phase transformations
6%
thermal conductivity
6%
symmetry
6%
electric currents
6%
convergence
6%
electrical conductivity
6%
experimental data
6%
Keyphrases
Heat Polynomials Method
38%
Two-phase Inverse Stefan Problems
25%
Heat Polynomial
14%
Approximate Solution
12%
Stefan Problem
12%
Ellipsoidal Coordinates
12%
Contact Heating
12%
Exact Solutions
12%
Numerical Approximation
12%
Computational Mathematics
12%
Integral Error Function
12%
Thomson Effect
12%
Dynamic Transfer
12%
Field Dynamics
12%
Field Resistance
12%
Constriction Resistance
12%
Linear Combination
10%
Time-dependent Heat Flux
9%
Data Disturbance
7%
Accuracy Error
7%
One-phase
6%
Good Enough
6%
Least Square Method
6%
Inverse Stefan Problem
6%
Numerical Results
6%
Inverse Problem
6%
Parabolic Heat Equation
6%
Free Surface Problems
6%
Fixed Point Theory
6%
Maximum Principle
6%
Thermal Coefficient
6%
Generalized Heat Equation
6%
Micro-asperity
6%
Similarity Principle
6%
Flux Function
6%
Plasma Filtration
6%
Joule Heating Effect
6%
Arc Erosion
6%
Mass Transfer Problem
6%
Current Temperature
6%
Spherical Model
6%
Weld Zone
6%
Softening-melting
6%
Contact Parameters
6%
Equipotential Surface
6%
Temperature Potential
6%
Kohlrausch
6%
Engineering
Stefan Problem
76%
Linear Combination
23%
One Dimensional
22%
Approximate Solution
19%
Error Function
19%
Electrical Contact
15%
Regularization
12%
Contact Zone
12%
Melting Point
12%
Free Surface
12%
Process Heat
12%
Heat Source
12%
Constriction Resistance
12%
Melting Process
9%
Accuracy-Error
7%
Optimization Technique
7%
Measurement Error
7%
Numerical Experiment
7%
Posedness
6%
Least Square
6%
Phase Case
6%
Initial and Boundary Condition
6%
Two Dimensional
6%
Square Method
6%
Maximum Principle
6%
Temperature Distribution
6%
Engineering
6%
Mathematical Model
6%
Error Estimate
6%
Similarity Principle
6%
Joule Heating Effect
6%
Temperature Plasma
6%
Heat Flux
6%
Special Attention
6%
Equipotentials
6%
