首页
网站开发
桌面应用
管理软件
微信开发
App开发
嵌入式软件
工具软件
数据采集与分析
其他
首页
>
> 详细
代做data程序、代写Java/Python编程设计
项目预算:
开发周期:
发布时间:
要求地区:
Coursework 2: Godunov-Type Scheme for Free Surface Flow
1 Important Notes
This final coursework is worth 40% of the total module mark
The deadline for submission is on Friday 12 April 2024 at 14:00
2 Tasks
Develop a Godunov-type model for solving the following 1D shallow water equations:
Test different aspects of your numerical model by applying it to simulate all test cases
listed at the end of this document.
You should produce figures, tables, etc. to visualize and interpret your results.
Attach your code setup for test case 2: Tidal Wave over a Varying Bed
3 Submission/Report
You should write a short academic essay no more than 7 pages to clearly introduce your
model and present the results. You may use the following template:
A Godunov-Type Model for Free Surface Flow
Shannon Leaky
School of Civil Engineering & Geosciences
Newcastle University
Introduction
Herein, you should give a background for computational hydraulics, introduce different
numerical methods (finite difference, finite element, finite volume, etc.) and explain why you choose
a finite volume Godunov-type scheme (e.g. Toro 2001) to construct your model. A brief literature
review may be necessary.
Godunov-Type Shallow Flow Model
In this section, you should introduce the governing equations, i.e. the 1D shallow water
equations, and your numerical scheme.
Results and Discussion
You should present your results for all test cases using figures, tables, etc. Detailed discussion
should be provided to interpret the results. The analytical solutions which are provided should be
used to validate your model.
Conclusions
Draw brief conclusions here.
References
Toro EF (2001) Shock-capturing methods for free-surface shallow flows, John Wiley & Sons, Chichester.
Appendix
Attach your code set up for test case 2. The appendix will not be counted into the page limit
4 Test Cases
Test 1: Still water test
The bed elevation of the frictionless 1D channel is described by
where L = 14,000 m is the length of the channel.
Uniform computational grid: 50 cells;
Initial conditions:
Boundary conditions: transmissive / reflective;
Output results (water surface and velocity profiles) at t = 5000 s.
Test 2: Tidal Wave over a Varying Bed
In the same channel as Test 1, the analytical solutions of a tidal flow are given by
q = 0 throughout the channel
Boundary conditions: transmissive/open at both ends
Output results (water surface and velocity profiles) at t = 5 s.
Test 4: Tidal Wave over Steps
A tidal wave flow occurs in a 1500m long frictionless channel with two vertical steps with the bed
profile defined by
An asymptotic analytical solution of the flow is provided by
Uniform computational grid: 200 cells;
Initial conditions:
Boundary conditions: upstream
th ),0(
; and downstream reflective;
Output results at t = 10,800s and t = 32,400s.
软件开发、广告设计客服
QQ:99515681
邮箱:99515681@qq.com
工作时间:8:00-23:00
微信:codinghelp
热点项目
更多
cis432代做、代写python/java程...
2024-05-04
eeen3007j代写、c++程序设计代...
2024-05-04
代写data程序、代做c/c++, jav...
2024-05-04
comp2006代做、代写c++程序语言
2024-05-04
comp26020代做、java/c++设计编...
2024-05-04
csci251 advanced programming...
2024-05-03
cs 6290: high-performance co...
2024-05-03
assignment 2: executing and ...
2024-05-03
ecse427/comp310 programmin...
2024-05-03
cs 452 (fall 22): operating...
2024-05-03
comp9414 23t2 assignment 2 ...
2024-05-03
dpst1091 23t1 assignment 2 ...
2024-05-03
program代做、代写python设计编...
2024-05-03
热点标签
finm8007
comp2006
comp26020
comp1721
eeen3007j
cis432
csci251
comp5125m
com398sust
32022
mth6158
comp328
finn41615
2024
mec302
mgmt3004
mgt7158
com160
as.640.440
econ3016
finm7405
econ7021
fin600
infs4205/7205
mktg2510-
f27sb
csse2310/csse7231
rv32i
eecs 113
comp1117b
cs 412
comp 315
econ7300
comp2017
ecs 116
fit5046
com6511
comp30024
acs341
econ1020
isys3014
acc408
comp1047
csc 256
cs 6347
finm7008
comp34212
csmde21
estr2520
comp285/comp220
mds5130/iba6205
finc6010
is3s665
busi2194
125.785
iom209
msin0041
econ339
cmt218
mast10007
comp5349
ecx2953/ecx5953
bios706
comp3310
mth6150
comp30027
comp20005
eec286
busi2211
bff2401
fnce90046
visu2001
mang6554
finc6001
125785
data423-24s1
engi 1331
fint2100
(520|600).666
can202
cs 61b
mast20029
info20003
stat512
econ3208
cmpsc311
engg1340
ecmt1010
fit5216
basc0003
ee3121
acct2002
comp5313
busi2131
ise529
elec372/472
csit940/csit440
cenv6141
comp3027/comp3927
ftec5580
comp1433
msci223
mark203
en3098
eden1000
ece6483
econ4410
mats16302
cs 6476
com6521
comp222
comp3211
comp10002
csc1002
chc6186
cs 161
comp27112
comp282
swen20003
comm1190
elec9764
acfi3308
acct7101
fin6035
comp2048
geog0163
comp2013
coen 146
dts101tc
sehh2042
comp30023
comp4880/8880
cs 455
07
stat0045.
fil-30023
celen085
psyc40005
math40082
are271
comp9311
ee5311
imse2113
comp 2322
acct2102
fnd109
int102
is3s664
is6153
data4000
accfin5034
fit5212
cs536-s24
fit5225
ecos3006
mes202tc
finc5001
stat3061
csc171
cs1b
7ssmm712
bu.450.760
cs170
comp3411
swen90004
cpt206
comp5313/comp4313—large
bl5611
kxo206
comp532
elec207
kxo151
cs 2820
cpt108
math2319
dts204tc
qm222
comp2511
ccs599
infs1001
mat2355
eeee4123
25721
ifn647
pols0010
hpm 573
qbus6860
comp9417
csci 1100
stat0023
cse340
comp2003j
cs 2550
cs360
fin 3080
ierg 4080
cs6238
cit 594
finm7406
hw6
联系我们
- QQ: 9951568
© 2021
www.rj363.com
软件定制开发网!