PROCEEDINGS OF THE 10th NATIONAL HEAT AND MASS TRANSFER CONFERENCE,
REGIONAL ENGINEERING COLLEGE, SRINAGAR, AUGUST 23-25, 1989
S.N.
Paper No.
Title
Author
Page
No.
SECTION – I : CONVECTIVE HEAT AND MASS TRANSFER
1.
I.1
Solute-A two dimensional navier-stokes solver
R.Venugopal and K.Iyer
1
2.
I.2
Convective heat transfer to liquids in the absorber
tube of an online focus solar concentrator
V.G.Kubair and
A.Thomas
7
3.
I.3
Study on the unsteady combustion behavior of
PMMA spheres in a convective environment
Shakeri M, Gakkar R.P.
and Prakash .S.
13
4.
I.4
Effect of entrance geometries on turbulent heat
transfer in pipes
Ch.Ramesh Babu,
C.R.K.Prasad and
T.L.Sitharama Rao
19
5.
I.5
Performance Prediction of heat exchangers with
disc and doughnut baffles
K.L.Reddy and Ashok
R.Chandruptala
25
6.
I.6
The hall effect on the temperature distribution due
to the viscous flow of an ionized gas between
parallel plates under transverse magnetic field
V.V.Ramana Rao and
T.Lingarju
31
7.
I.7
Heat transfer through isothermal serpentine tubes
37
8.
I.8
Convective heat transfer to power-law, nonnewtonian fluids flowing over a wedge with
viscous dissipation
Ramesh Chandra Arora
et.al
G. Ramamurthy et.al
9.
I.9
Analysis of heat transfer distributions over polar
satellite launch vehicle (PSLV) at Hypersonic
speeds
N.M. Reddy and P.
Srinivasa
49
10.
I.10
Heat transfer measurements from rotating
cylinders
B.V.S.S.S.Prasad, et.al
55
11.
I.11
Effect of nonlinear variation of viscosity on free
convection in liquid filled rectangular porous slabs
V.V. Satyamurthy and
D.R. Marpu
61
12.
I.12
Heath transfer analysis of moving non-isothermal
porous plate with viscous dissipation
K.Narasimha Rao,
G. Rama Murthy
67
13.
I.13
Numerical predictions for laminar forced
convection heat transfer to carbon dioxide fluid
flowing through a tube at near-critical conditions
Dr.S.Upendra Shenoy
and Prashanth K.V.
73
14.
I.14
Finite differencing of the steady convectiondiffusion equation for non-uniform grid peclet
number
T.K.Bhatacharyya
79
1
43
15.
I.15
Mass transport from a rotating sphere
S.A.Ahmad and
V.Krishnan
85
16.
I.16
Diffusion controlled gas-solid reaction in spherical
compact
A.Prasad, N.R.Gopalan
and S.Jha Ajit
89
II : NATURAL CONVECTION
17.
II.1
Natural convection from a fin to liquid metals-A
conjugate problem
P.K.Sarma,
T.Subrahmanyam and
V.Sharma Rao
95
18.
II.2
Heat sources/sinke in two phase flow between
rotating annulus
C.Bhaskar and
Dr.Madhusudhan Bangad
101
19.
II.3
Modeling interfacial shear near stratified-bubbly
transition in gas-liquid flow in horizontal ducts
K.Iyer, V.Natarajan,
S.P.Mahajan and
K.C.Khilar
107
20.
II.4
Heat transfer characteristics of natural convective
air cooled simulated chips in a semi-enclosure
K.K.Sikka, S.Chhabra,
et.al
115
21.
II.5
MHD free-convection and mass transfer flow past
an exponentially accelerated vertical plate through
a porous medium
Basant Kumar Jha and
R.Prasad
123
22.
II.6
Heat transfer to boiling liquids in a thermosiphon
reboiler
Hamid Ali, et.al
129
23.
II.7
Computation of laminar mixed convection flows in
a duct with a built-in-wing-generator
G.Biswas, N.K.Mitra and
M.Fiebig
135
24.
II.8
Test of boussineq approximation on free
convection in gas fluid porous media
D.R.Marpu and
V.V.Satyamurthy
141
III. NUCLEAR REACTOR HEAT TRANSFER
25.
III.1
Design and construction features of end shield
cooling system of a pressurized heavy water
reactor
S.K.Chopra and
P.D.Sharma
147
26.
III.2
Thermal hydraulic analysis for the locations of core
cover plate and core monitors in PFBR
K.Velusamy, et.al
159
27.
III.3
Single phase flow mixing studies on nuclear fuel
bundles for PHWRs
S.K.Bandyopadhyay and
Lollah G.K.murthy et.al.
165
28.
III.4
Analysis for station black-out conditions in A235
MWe pressurized heavy water reactor
R.K.Nagdaune, et.al
171
29.
III.5
Steam generator failure in tarapur atomic power
station: safety considerations
Lollah and G.K. Murthy
179
2
30.
III.6
Analysis of power flow and thermal transients in a
typical fast reactor core using code DBA – spatkin
P.Bhaskar Rao and Om
Pal singh
183
31.
III.7
Heat transfer parameters and inherent safety in
liquid metal past breeder reactors
Om Pal Singh and
P.Bhaskar Rao
189
32.
III.8
A pattern recognition methodology for detection
of sodium boiling in liquid metal fast reactors
G.S.Srinivasan and Om
Pal Singh
195
33.
III.9
Temperature transient analysis of 500 MWe,
PHWR end-shield under station blackout condition
D.S.Chawla, et.al
201
34.
III.10
A nonlinear analysis of thermal hydraulic transients
in fission reactors
P.Manmohan and
Manjeet S.Kalra
207
35.
III.11
Thermal simulation of a reactor channel
Satish K.Gupta, et.al.
213
36.
III.12
Numerical solution of hollow shell implosions
H.D. Prarab and Subash
Chandra
219
37.
III.13
Safety analysis of In-pile irradiation facilities
D.Kumar et.al
225
38.
III.14
Analysis of the transient behaviour of 37-ROD
fueld cluster of 500 MWe PHWR during spent fuel
handling operation
G.Pai et.al
213
39.
III.15
Experiments on one-tenth scale model of vapour
suppression pool containment for 235 MWe Indian
PHWRe-results of one of the tests simulating maps
condition
S.K. Haware and
V.Venkat raj
237
40.
III.16
Pre-test calculations for prediction of containment
transients in HDR-International standard problem
exercise-23
G.Sreenivasa Rao et.al
243
41.
III.17
A Novel Method of cooling turbine blades
B.R.Pai et.al
249
42.
III.18
Temperature transients in the fuel cluster of
research reactor DHRUVA subsequent to complete
core voiding
G.Pal, et.al
255
43.
III.19
Analysis of postulated large break loss of coolant
accident (LBLOCA) in a standarised 235 MWe
PHWR
R.K. Nagdauna et.al
261
44.
III.20
R.B.Pressure and Temperature transient following
main steam line break
M.Das, R.N.Bhawal and
Prem Prakash
267
Rajeeve Bahree, et.al
275
IV: BOILING AND CONDENSATION
45.
IV.1
The design of rotor blades due to the combined
effects of vibratory and thermal loads
3
46.
IV.2
Condensation on a long fin of variable thickness in
a variable cravity field-limiting solutions
P.K. Sarma, et.al
289
47.
IV.3
Numerical solution of the problem of freezing in an
annulus
S.S.Sablani, et.al
289
48.
IV.4
Role of evaporation of thin liquid layers in nucleate
pool boiling heat transfer
J.S.Saini and
A.M.Jairajpuri
293
49.
IV.5
Experimental and analytical study of steady state
natural circulation with through flow in a figure of-eight loop
P.K.Vijayan
299
50.
IV.6
Design and fabrication of an equipment to study
the effect of shot peening over boiling heat
transfer
M.C.Sharma, et.al
307
51.
IV.7
Pool boiling heat transfer from an inclined plate to
water
V.Kumar et.al
311
52.
IV.8
Design and development of drag disc flowmeter
for measurement of transient two-phase flow
G.Sreenivas Rao, et.al
315
53.
IV.9
An experimental method for measurement of
initial macrolayer thickness in nucleate pool boiling
at high heat flux
A.K.Rajvanshi, et.al.
321
54.
IV.10
Laminar flow and heat transfer over a twodimensional square step
B.Ramaswamy, et.al
329
55.
IV.11
Parametric study of film condensation of R-11
vapour on single horizontal low integral-fin tubes
P.Prabhakaran, et.al
335
V: HEAT TRANSFER APPLICATION
56.
V.1
Thermal response of a solid rocket motor segment
joint to a blow through in the insulation system
P.A. Krishnamoorthy,
et.al.
341
57.
V.2
Thermal shock characteristics of bimetallic bowl
mills
P.Venkateswarlu, et.al.
347
58.
V.3
Analytical and experimental investigation on drum
and disc brakes
353
59.
V.4
Experimental investigation of a storage type
miniature cryogen ic heat exchanger
V.T.V.S. Ramachandra
Rao,
H.Ramasubramanian and
K.N.Seetharamu
N.Nagaraja and
K.G.Narayankhedkar
60.
V.5
Study of the structure of feasible designs of shell
and tube heat exchanger
K.Ramananda Rao et.al.
363
4
359
61.
V.6
Numerical simulation of laser melting of alloys by
finite difference method
J.Srinivasan and S.V.
Raghu Rama Rao
371
62.
V.7
Circulation rates in a vertical tube thermosiphon
reboiler
Hamid Ali, et.al.
375
63.
V.8
Response of an antenna reflector to solar radiation
V.Jones ,et.al
381
64.
V.9
Process design of steam surface condensers in
power plants
A.L.Kathandaraman et.al.
387
65.
V.10
Effect of fluids interchange on the performance of
shell and tube eat exchangers
K.N.Murty
393
66.
V.11
Compute code for thermal design of shell and tube
heat exchanger
M.Prasad et.al.
399
67.
V.12
Film cooling heat transfer investigations of turbine
cascade with reversed heat flux directions
M.D. Manickam, et.al
407
68.
V.13
Distillation of a high boiling, self polyermising and
foaming liquid
A.K. Misra and
D.K.Saksena
413
69.
V.14
IRS thermal design and in-orbit performance
P.V.Krishna Kumar, et.al.
419
70.
V.15
Some experimental studies on heat pipe heat sinks
M.R.K. Raju
425
71.
V.16
Effect of fins on heat transfer in fast fluidized beds
P.K.Nag, et.al.
429

Please see next page
VI: MELTING AND SOLIDIFICATION
72.
VI.1
Numerical and analytical solutions of binary alloy
solidification with coupled heat and mass transfer
and natural convection
S.C. Gupta
437
73.
VI.2
A comparison between the finite-element and the
finite difference solutions for the laser-melting
problem
K.Ravindaran , et.al.
441
74.
VI.3
Second law analysis of convective heat transfer
with constant heat flux
P.K.Nag and Naresh
Kumar
445
H.Shepherd, et.al.
451
R.Prasad, et.al.
455
VII : THERMO-PHYSICAL PROPERTIES
75.
VII.1
Investigation of thermal conductivity of grains
VIII : CONDUTION AND RADIATION
76.
VIII.1
Transient heat-conduction response of an
insulated plane wall
5
77.
VIII.2
Numerical analysis of short fins
Jeevan Shankara, et.al
463
78.
VIII.3
A dual reciprocity boundary element method in
transient heat conduction with nonlinear boundary
conditions
Krishna M.Singh, et.al.
467
79.
VIII.4
A study of laser induced cooling in low pressure
gases
Dinesh K.Jain, et.al
475
80.
VIII.5
A comparison of nine finite difference schemes for
two dimensional diffusion equation
M.R.Ravi, et.al.
481
81.
VIII.6
Influence of superinsulation / radiation shield on
cool down characteristics of the modified solvay
cycle two stage
B.M.Domkundwar, et.al.
485
82.
VIII.7
Estimation of temperature distribution in reactor
shield
R.A. Agrawal, et.al.
491
IX: PARTICLE AND BED HEAT AND MASS TRANSFER
83.
IX.1
Design of packed columns for adsorption
R.Sengupta and S.A.
Puranik
N.N. Pandey
495
84.
IX.2
Theoretical and experimental investigation of
transient thermal behavior of a pebble bed
regenerative air pre heater
85.
IX.3
Modelling of kinetic and transport effects in an
immobilized packed bed invertase reactor
V.G.Kubair and
A.R.Ganguly
509
86.
IX.4
Analytical treatment of large leak sodium-water
reaction in LMFBR steam generators
P.Selvaraj,et.al.
515
87.
IX.5
Performance of packed-bed absorbers for solar air
heaters
S.P.Sharma, J.S. Saini and
H.K.Varma
521
88.
V.17
A small scale charcoal gas producer system for I.C.
Engines
B.T. Nijaguna, F.G.Kodoli
and R.B.Ramannavar
527
6
503