... thermal problem to be solved reads: find a temperature field T taking values in Ω such that, (1a) − ∇ · ( k ∇ T ) + ρ c   u · ∇ T = ρ s         in  Ω Inverse problems Thermal problems Lithospheric inversion Nitsche Method Least squares Geophysical...

... for ice removal, which in turn are essential for the safety of the aircraft and its passengers. Design/methodology/approach The proposed problem is solved by means of an inverse analysis, performed within the Bayesian approach of inverse problems, with temperature measurements assumed available along...

...Yogesh Jaluria Purpose This paper aims to discuss inverse problems that arise in a variety of practical thermal processes and systems. It presents some of the approaches that may be used to obtain results that lie within a small region of uncertainty. Therefore, the non-uniqueness of the solution...

... such a finding has been reported in this context. Rainald Löhner can be contacted at: rlohner@gmu.edu 31 12 2019 20 01 2020 28 01 2020 © 2020 Emerald Publishing Limited 2020 Emerald Publishing Limited Licensed re-use rights only Calderon problem Inverse problems Parameter...

... of the temperature variation; solution of the state estimation problem with the Steady-State Kalman filter, which allows for fast computations and real-time calculations. Bioheat transfer State estimation Kalman filter Inverse problems Magnetic resonance thermometry Helcio R.B. Orlande can...

..., respectively; and ω_b = blood perfusion rate. i = particle index. Laser heating Inverse problems Cancer Hyperthermia Particle filters Radio-frequency heating C_p = specific heat; D = diffusion...

.... As an alternative, the use of inverse problems to determine the heat flux during the welding process allows an analysis of these processes. Design/methodology/approach This paper studies an alternative for the thermal analysis of the tungsten inert gas welding process on a 6,060 T5 aluminum alloy...

.... Originality/value – The VIM is applied to two-dimensional inverse heat conduction problems for the first time. Dr Xiuying Li can be contacted at: lixiuying1112@126.com © Emerald Group Publishing Limited 2015 Variational iteration method Inverse problems Heat conduction...

... of required measurements. Identification of the position of the phase change front requires to build up a series of direct solutions, which gradually approach the correct location. Generally, inverse problems are ill‐posed. Thus, there is a problem with the stability and uniqueness of solution (Goldman...

... coefficients. © MCB UP Limited 2000 Heat conduction Inverse problems Stability Let us examine an effect of the ITRs errors on the temperature identification error. The greatest error is expected at the boundary points that are the most distant from the IRs. As a result...

...M. RAUDENSKÝ; J. HORSKÝ; J. KREJSA; L. SLÁMA Inverse problems deal with determining the causes on the basis of knowing their effects. The object of the inverse parameter estimation problem is to fix the thermal material parameters (the cause) on the strength of a given observation...