Develop two finite volume schemes for the Burgers equation u+uux = μ = const > 0. applying a) upwind interpolation b) linear interpolation Ans. a) b) if u > 0, dt 4+ d if u <0, + de + 1 402 2AT 2Ax -4- 14+1-24 +14-1 Az2 -P. 14+1-24 +14-1 Ara mp 14+1-24 +14-1 Ar2
Develop two finite volume schemes for the Burgers equation u+uux = μ = const > 0. applying a) upwind interpolation b) linear interpolation Ans. a) b) if u > 0, dt 4+ d if u <0, + de + 1 402 2AT 2Ax -4- 14+1-24 +14-1 Az2 -P. 14+1-24 +14-1 Ara mp 14+1-24 +14-1 Ar2
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.4: Definition Of Function
Problem 56E
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M3
![Develop two finite volume schemes for the Burgers equation
u+uux = μUxr, =const > 0.
applying a) upwind interpolation b) linear interpolation
Ans. a)
d
if u > 0,
. ... ... 24+1-24 +14-1
dt u +
-
<=P-
2Az
u7+1-47
d
if u < 0,
Az2
14+1-24 +14-1
Arª
dt" +
2Ar
1
+
IP
402
b)
24+1-24 +14-1
Ar²](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd180bc7e-9b85-4d6c-bf28-124d1d35a702%2Fa9097e28-8d69-4788-8e3a-5fedeb313e72%2Flxngsfm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Develop two finite volume schemes for the Burgers equation
u+uux = μUxr, =const > 0.
applying a) upwind interpolation b) linear interpolation
Ans. a)
d
if u > 0,
. ... ... 24+1-24 +14-1
dt u +
-
<=P-
2Az
u7+1-47
d
if u < 0,
Az2
14+1-24 +14-1
Arª
dt" +
2Ar
1
+
IP
402
b)
24+1-24 +14-1
Ar²
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