The condition that the flux limiter of a scheme should satisfy to be TVD is __________(a) Ψr=min⁡(0.5r,r) & if r>0; Ψr=0 & if r0; Ψr=0 & if r≤0(c) Ψr=min⁡(2r,r) & if r>0; Ψr=0 & if r≤0(d) Ψr=min⁡(2r,2) & if r>0; Ψr=0 & if r

The condition that the flux limiter of a scheme should satisfy to be T

1.	The condition that the flux limiter of a scheme should satisfy to be TVD is __________(a) Ψr=min⁡(0.5r,r) & if r>0; Ψr=0 & if r0; Ψr=0 & if r≤0(c) Ψr=min⁡(2r,r) & if r>0; Ψr=0 & if r≤0(d) Ψr=min⁡(2r,2) & if r>0; Ψr=0 & if r
Answer» The correct answer is (c) Ψr=min⁡(2R,r) & if r>0; Ψr=0 & if r≤0 For explanation I would say: Similar to the Convection BOUNDEDNESS CRITERION, a flux limiter should satisfy the following criterion to be a TVD. There is a list of conditions which has to be satisfied. Simplifying and combining all of them, we get \(\Psi = \left\{\begin{matrix} min(2r,r) & r>0 \\ 0 & r\leq 0 \end{matrix}\right\}.\)

Discussion

No Comment Found

Related InterviewSolutions

What does NWF stand for?(a) Normalized Weighing Factor(b) Northern Weighing Factor(c) Normalized West Factor(d) Normalized Weighted FormulationThe question was asked in homework.Asked question is from Deferred Correction for High-Resolution Schemes topic in section High Resolution Schemes of Computational Fluid Dynamics
A numerical method is total variation diminishing if __________(a) the total variation remains constant with increasing time(b) the total variation increases with increasing time(c) the total variation does not increase with increasing time(d) the total variation decreases with increasing timeThis question was posed to me in a national level competition.This intriguing question originated from High Resolution Schemes in chapter High Resolution Schemes of Computational Fluid Dynamics
For a scheme modelled using the DWF method, the diagonal coefficient becomes zero when ___________(a) DWFf > 0(b) DWFf > 1(c) DWFf > 0.5(d) DWFf > 2The question was asked in homework.I would like to ask this question from High Resolution Schemes topic in chapter High Resolution Schemes of Computational Fluid Dynamics
DWFf for the FROMM scheme is ___________(a) \(\frac{1}{2(1-\tilde{\phi_c})}\)(b) \(\frac{1}{4(1-\tilde{\phi_c})}\)(c) \(\frac{1}{2}\)(d) \(\frac{1}{4}\)This question was posed to me in homework.I'd like to ask this question from High Resolution Schemes in division High Resolution Schemes of Computational Fluid Dynamics
The value of the Downwind Weighing Factor (DWF) lies between ___________(a) 0≤DWF≤∞(b) DWF≥0(c) 0≤DWF≤1(d) DWF≤1The question was posed to me in a national level competition.My doubt stems from High Resolution Schemes topic in section High Resolution Schemes of Computational Fluid Dynamics
The Downwind Weighing Factor in the normalized form is given by __________(a) \(\frac{\tilde{\phi_f}-\tilde{\phi_c}}{1-\tilde{\phi_c}}\)(b) \(\frac{\tilde{\phi_c}-\tilde{\phi_f}}{1-\tilde{\phi_c}}\)(c) \(\frac{\tilde{\phi_f}-\tilde{\phi_c}}{1-\tilde{\phi_f}}\)(d) \(\frac{\tilde{\phi_c}-\tilde{\phi_f}}{1-\tilde{\phi_f}}\)I got this question in an online quiz.I'm obligated to ask this question of High Resolution Schemes in division High Resolution Schemes of Computational Fluid Dynamics
The Normalized Variable Formulation (NVF) is used to ___________(a) describe and analyse temporal schemes(b) describe and analyse high-resolution schemes(c) visualize high-resolution schemes(d) visualize temporal schemeThe question was posed to me in my homework.My enquiry is from High Resolution Schemes topic in section High Resolution Schemes of Computational Fluid Dynamics
Which of these statements is correct?(a) The DWF method converges faster than the NWF method(b) Both the methods are of the same properties(c) The NWF method is more robust than the DWF method(d) The DWF method is more robust than the NWF methodI had been asked this question in final exam.Origin of the question is Deferred Correction for High-Resolution Schemes in portion High Resolution Schemes of Computational Fluid Dynamics
The value of DWF for the downwind scheme is __________(a) 0(b) 1(c) 2(d) 3I have been asked this question during an interview.Query is from High Resolution Schemes in division High Resolution Schemes of Computational Fluid Dynamics
Deferred correction procedure for high-resolution schemes leads to __________(a) NVF and TVD(b) NWF and DWF(c) NVF and DWF(d) TVD and NWFI have been asked this question in homework.The above asked question is from Deferred Correction for High-Resolution Schemes in chapter High Resolution Schemes of Computational Fluid Dynamics

The condition that the flux limiter of a scheme should satisfy to be TVD is __________(a) Ψr=min⁡(0.5r,r) & if r>0; Ψr=0 & if r0; Ψr=0 & if r≤0(c) Ψr=min⁡(2r,r) & if r>0; Ψr=0 & if r≤0(d) Ψr=min⁡(2r,2) & if r>0; Ψr=0 & if r

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment