*Test Bank for Fluvial Hydrodynamics - Solutions Manual | 120+ Solved Problems with Detailed Step-by-Step Solutions*

Contents




1 Introduction ....................................................................................................1
References ......................................................................................................25
2 HydrodynamicMPrinciples ............................................................................29
References ......................................................................................................58
3 TurbulenceMinMOpenMChannelMFlows .........................................................59
References ......................................................................................................85
4 SedimentMThreshold .....................................................................................87
References .................................................................................................... 116
5 BedloadMTransport ..................................................................................... 119
References .................................................................................................... 152
6 Suspended-LoadMTransport....................................................................... 155
References .................................................................................................... 183
7 Total-LoadMTransport ................................................................................ 185
References .................................................................................................... 211
8 Bedforms ..................................................................................................... 213
References .................................................................................................... 228
9 FluvialMProcesses:MMeanderingMandMBraiding ........................................ 231
References .................................................................................................... 244
10 Scour ............................................................................................................ 245
References .................................................................................................... 274
11 DimensionalMAnalysisMandMSimilitude ...................................................... 277
References .................................................................................................... 286

AuthorMIndex ...................................................................................................... 287
SubjectMIndex ..................................................................................................... 291


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,About the Authors
M M




SubhasishMDeyMisMaMhydraulicianMandManMeducator.MHeMisMinternationallyMknow
nMforMhisMresearchMandMisMacclaimedMforMhisMcontributionsMtoMdevelopingMtheorie
sMandMsolu-
MtionMmethodologiesMforMvariousMproblemsMinMhydrodynamicsMandMsedimentMtran

sport.MHeMcurrentlyMholdsMtheMpositionMofMdistinguishedMprofessorMofMIndianMIns
tituteMofMTechnologyMJodhpur.
Dey’sMareasMofMresearchMinterestMincludeMappliedMhydrodynamics,Mturbulence,
MandMsedimentMtransport,MinMwhichMheMhasMaboutM40MyearsMofMexperience.MHeMwa

sMconferredMwithMtheMHansMAlbertMEinsteinMAwardMfromMtheMAmericanMSocietyMo
fMCivilMEngineersMinM2022.

SkMZeeshanMAliMisMaMresearcherMandManMacademician.MCurrently,MheMisManMassi
stantMprofessorMinMtheMdepartmentMofMcivilMengineeringMatMtheMIndianMInstituteMofM
TechnologyMHyderabad,MwhereMheMteachesMfluidMmechanics,MhydraulicMengineerin
g,Mopen-channelMflow,MandMsedimentMtransport.
AliMcontributesMtoMtheMfieldMofMclassicalMandMappliedMhydrodynamics.MHeMisM
oneM ofMtheMleadingMcollaboratorsMofMtheMfirstMauthorMofMthisMbook.MHisMareasMo
fMresearchMinterestMincludeMboundaryMlayerMflows,MturbulentMflows,MscalingMlaws
MofMturbulence,MfluvialMhydraulics,MsedimentMtransport,MandMmorphodynamicMinst

abilities.




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,Chapter 1 M


Introduction




ProblemM1.1M TheMlongest,Mintermediate,MandMshortestMlengthsMofManMellipsoidal
Msedi-

MmentMparticleMareM2,M1.5,MandM0.8Mmm,Mrespectively.MDetermineMtheMnominalMdi

ameterMdn,MareaMdiameterMda,MsieveMdiameterMd,MphiM(M )Munit,MsphericityMSc,MCore
yMshapeMfactorMSp,MshapeMparameterMSsp,MvolumeMcoefficientMkv,MandMsurfaceMcoe
= MofMtheMellipsoidal
fficientMkc.MTakeMtheMsurfaceMarea + + MwithMa1,Ma2,MandMa=
Mparticle 3
MbeingMtheMlongest,Minterme-Mdiate,MandMshortestMlengthsMasMS π{[(a1a2)q
(a2a3)q (a1a3)q]/3}1/qMwithMqM 1.6.

Solution
TheMvolumeMVM ofManMellipsoidalMsedimentMparticleMis

πM
VM =M6 a1a2a3 (S1.1)

whereMa1,Ma2,MandMa3M areMtheMlongest,Mintermediate,MandMshortestMlengths.MWithMa1
M=

2Mmm,Ma2M =M1.5Mmm,MandMa3M =M0.8Mmm,
π 3
V=M ×M2M×M1.5M×M0.8M=M1.26Mmm M.
6M
TheMnominalMdiameterMdnMis
M M M M 1/3M
6V
dnM = π ⇐MEq.M(1.6)
M M MM
6M×M1.26
1/3M
⇒MdnM = =M1.34M mm.
π


NoteMFigure,Mtable,MandMequationMnumbersMdevoidMofMtheMletterM‘S’MreferMtoMthoseMinMtheMcom
panionMbookMDeyM(2024).



©MTheMAuthor(s),MunderMexclusiveMlicenseMtoMSpringerMNatureMSwitzerlandMAGM2024
@seismicisolation 1

, S.MDeyMandMS.MZ.MAli,MFluvialMHydrodynamicsM-
MSolutionsMManual,MGeoPlanet:MEarthMandMPlanetaryMSciences,Mhttps://doi.org/10. 100 7 /9 7
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