Skip navigation
Home
Browse
Communities
& Collections
Browse Items by:
Issue Date
Author
Title
Subject
Help
Sign on to:
My DSpace
Receive email
updates
Edit Profile
TIET Digital Repository
TuDR is the digital asset management system which integrates the intellectual output in the form of research articles, PhD Theses, M.Tech/ME Theses. TuDR facilitates the share and exchange of intellectual output of the university.
TIET Digital Repository
Browsing by Author Lal, Kundan
Jump to:
0-9
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
or enter first few letters:
Sort by:
title
issue date
submit date
In order:
Ascending
Descending
Results/Page
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
95
100
Authors/Record:
All
1
5
10
15
20
25
30
35
40
45
50
Showing results 1 to 20 of 33
next >
Issue Date
Title
Author(s)
23-Aug-2016
Analysis of Heat Transfer and Flow Over a Backward Facing Step
Lal, Kundan
;
Ratha, Dwarikanath
;
Umesh
25-Oct-2012
Characterization and Study of the Viscous Behavior of CuO-H2O, EG (Ethylene Glycol) Based Nanofluid
Lal, Kundan
;
Bhalla, Vishal
24-Aug-2022
Effect of Arterial flow on Heat Transfer during Hyperthermia Applications
Kumar, Neeraj
;
Lal, Kundan
;
Singh, Subeg
3-Sep-2014
An Experimantal Investigations into the Performance of Nanorefrigerants (R134a+Al2O3, R134a+SiO2) based Refrigeration System
Lal, Kundan
;
Singh, Satnam
23-Aug-2016
An experimental analysis on a Double Pipe Heat Exchanger Modified with Turbulators
Lal, Kundan
;
Singh, Harsimranjot
4-Aug-2017
An Experimental and Numerical Investigation of Performance of Nanofluids
Mittal, Anu
;
Lal, Kundan
;
Gupta, Richa
24-Jul-2018
An Experimental Investigation into Cluster Formation Towards Modelling Thermal Conductivity of Nanofluids
Mallick, S. S.
;
Lal, Kundan
7-Aug-2015
An Experimental Investigation into Nanofluids (Cuo-H2o &Cuo-Ethylene Glycol) Based Parabolic Solar Collector
Lal, Kundan
;
Kandwal, Shailja
4-Sep-2014
An Experimental Investigation into Performance of a Nanorefrigerant (R134a+CuO) based Domestic Vapour Compression Refrigeration System
Lal, Kundan
;
Salman, Qasim Kadhim
3-Sep-2014
An Experimental Investigation into the Performance of a Nanofluid Based Concentrating Parabolic Solar Collector (NCPSC)
Lal, Kundan
;
Sharma, Kapil
20-Sep-2013
Experimental investigation into thermal conductivity and viscosity of Al2O3 based engine coolant (nanocoolant)
Lal, Kundan
;
Sharma, Gaurav
19-Jul-2019
Hydraulic Transportation of Zinc Suspension Through Pipelines
Lal, Kundan
;
Kumar, Satish
;
Verma, Paras
2016
Investigation into a Nanofluid Based Double Tube Heat Exchanger
Lal, Kundan
;
Darshan, M. B.
21-May-2019
An Investigation into the Performance of a Thermosyphon Heat Exchanger
Lal, Kundan
;
Singh, Gurtej
9-Aug-2016
Modeling and Optimization of Nanofluid Based Heat Exchanger using ANN
Lal, Kundan
;
Sangal, V. K.
;
Arya, Navneet
10-Aug-2015
Performance analysis of a nanorefrigerant (hydrocarbon+ CuO) based refrigeration system
Lal, Kundan
;
Kaushik, Rajneesh
7-Aug-2015
Performance evaluation of a nanofluid (CuO-H2O) based heat exchanger with turbulators
Lal, Kundan
;
Kumar, Rajan
7-Aug-2015
Performance evaluation of a nanorefrigerant based vapor compression refrigeration system
Lal, Kundan
;
Sharma, Tarun
17-Sep-2022
Performance Evaluation of an Automobile Radiator using CuO/Glycerol based Nanocoolant
Singla, Rohit Kumar
;
Lal, Kundan
;
Jain, Pulkit
7-Aug-2015
Performance evaluation of nanofluid (Al2O3-H2O & Al2O3-H2O, ethylene glycol) based parabolic concentrating solar collector
Lal, Kundan
;
Ketan, Ajay