Organization

Start Date

End Date

Designation

Nature of Work

M.A.N.I.T. Bhopal

M.A.N.I.T. Bhopal

29/12/2018

Associate Professor

Teaching, Research and Administration

M.A.N.I.T. Bhopal

13/02/2003

28/12/2018

Assistant Professor

Teaching, Research and Administration

N.I.T. Kurukshetra

27/09/2001

11/02/2003

Lecturer

Teaching, Research and Administration

Name of the Student

Topic

Year of Award

Co-Supervisor (if any)

Jitendra Singh

Investigation of Solar Air Heater Artificially Roughened with Discrete Arc Rib Integrated with Staggered Elements

2025

-NA-

Jaigopal Mansaram Ambade

Experimental Evaluation of Heat Transfer and Friction Characteristics of Solar Air Heater using Symmetrical Gap Arc Rib Combined with Staggered Element

2022

-NA-

Piyush Kumar Jain

Experimental Investigations of Thermo-hydraulic Performance of Solar Air Heater using V-shaped Ribs with Symmetrical Gap and Staggered Elements

2022

-NA-

Sumer Singh Patel

Experimental Analysis of Solar Air Heater Duct for Augmentation of Heat Transfer by Using Artificial Roughness

2021

-NA-

Sanjeev Kumar Yadav

Experimental Investigation of Heat Transfer Enhancement in Solar Air Heater using Artificial Roughness

2020

-NA-

Ajay Kumar Singh

Experimental Investigations on Two Stroke SI Engine using Direct Fuel Injection System

2017

Dr. A. Rehman

Alok Kumar Rohit

Enhancement of Heat Transfer in Solar Air Heater by using W-Discrete Rib

2016

-NA-

Anil Shakya

Solar Energy

Ongoing

-NA-

Title

Sponsoring Agency

Duration

Amount

Co-PI (if any)

15 months Role: Co-PI Completed

Title

Sponsoring Agency

Duration

Amount

Co-Investigator                       (if any)

Authors

Title

VOL. NO.,

PAGE NO

YEAR

SCI/

Scopus

IMPACT FACTOR

Jitendra Singh

Atul Lanjewar

Thermal performance of solar air heater having discrete symmetrical arc rib with staggered rib roughness

Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science

238(2)

598-617

2024

SCIE

(Q2)

1.9

Jitendra Singh, Atul Lanjewar

Experimental investigation and performance prediction of SAH using discrete are rib roughness geometries – A comparative study

Archives of Thermodynamics

45(1)

33-44

2024

Scopus

0.8

Sanjeev Kumar Yadav,

Atul Lanjewar

Experimental analysis of solar air heater duct with discrete arc-pattern combined staggered element roughness on absorber plate

Environment, Development and Sustainability

25(8)

8651-

8675

2023

SCIE

(Q1)

4.9

Piyush Kumar Jain, Atul Lanjewar,

Prem Kumar Chaurasiya,

Damodar Tiwari Vinod Kumar Sharma

Experimental testing of solar-based air heater roughed with discrete V-down rib and staggered element

Environmental Science and Pollution Research

30(15)

43137–43151

2023

SCIE

(Q1)

5.8

Jitendra Singh

Atul Lanjewar

Effect of physiognomic behaviour of symmetrical arc rib roughness having gaps and staggered rib on the thermal performance of solar air heater

Energy Sources, Part A: Recovery, Utilization, And Environmental Effects

45(1)

1030-1047

2023

SCIE

(Q2)

2.9

Piyush Kumar Jain Atul Lanjewar

Experimental study of thermal augmentation in solar air heater roughened with aligned gaps in V-rib roughness with staggered element geometry

Heat and Mass Transfer

58(4)

531–559

2022

SCIE

(Q2)

2.2

Sumer Singh Patel Atul Lanjewar

A critical review on different roughness geometries and their effect on heat transfer and friction factor

Environmental Science and Pollution Research

29(11)

15391–15431

2022

SCIE

(Q1)

5.8

Sushant Suresh Bhuvad ,

Rajnish Azad ,

Atul Lanjewar

Thermal performance analysis of apex-up discrete arc ribs solar air heater-an experimental study

Renewable Energy

185

403-415

2022

SCIE

(Q1)

8.7

Piyush Kumar Jain, Atul Lanjewar,

Jiwan Lal Bhagoria

Heat transfer analysis of double discrete arc roughness with different relative rib altitudes and relate to a single discrete arc in the solar air heater

International Journal of Ambient Energy

43(1)

6806-6828

2022

Scopus

(Q2)

0.421

Sanjeev Kumar Yadav,

Atul Lanjewar

Comprehensive thermo-fluid analysis of staggered rib arc roughness in single pass solar air heater duct

International Journal of Green Energy

19(9)

986-1004

2022

SCIE

(Q2)

3.3

Rajnish Azad,

Sushant Bhuvad,

Atul Lanjewar

Study of solar air heater with discrete arc ribs geometry: Experimental and numerical approach

International Journal of Thermal Sciences

167

107013

2021

SCIE

(Q1)

4.5

Piyush Kumar Jain, Atul Lanjewar,

Rahul Jain,

Kunj Bihari Rana

Performance analysis of multi-gap V-roughness with staggered elements of solar air heater based on artificial neural network and experimental investigations

Environmental Science and Pollution Research

28(25)

32905-32920

2021

SCIE

(Q1)

5.8

Sumer Singh Patel, Atul Lanjewar

Heat transfer enhancement using additional gap in symmetrical element of V-geometry roughened solar air heater

Journal of Energy Storage

38

102545

2021

SCIE

(Q1)

9.4

Piyush Kumar Jain, Atul Lanjewar,

Kunj Bihari Rana, Makkhan Lal Meena

Effect of fabricated V-rib roughness experimentally investigated in a rectangular channel of solar air heater: a comprehensive review

Environmental Science and Pollution Research

28(4)

4019-4055

2021

SCIE

(Q1)

5.8

Sumer Singh Patel, Atul Lanjewar

Experimental investigation of solar air heater duct with discrete V-rib integrated with staggered elements

International Journal of Sustainable Engineering

14(2)

162-171

2021

Scopus

ESCI

(Q2)

3.7

Sumer Singh Patel, Atul Lanjewar

Heat transfer and friction factor correlations for solar air heater with gap in V-rib with symmetrical gap and staggered ribs

Journal of Thermal Science and Engineering Applications

12(3)

031018

2020

SCIE

(Q2)

2.1

Jaigopal Ambade,

Atul Lanjewar

Experimental investigation of solar air heater with new symmetrical GAP ARC GEOMETRY and staggered element

International Journal of Thermal Sciences

146

106093

2019

SCIE

(Q1)

4.5

Sumer Singh Patel, Atul Lanjewar

Performance study of solar air heater duct with gap in V-rib with symmetrical gap and staggered ribs

Heat and Mass Transfer

55(9)

2517-2532

2019

SCIE

(Q2)

2.2

Piyush Kumar Jain, Atul Lanjewar

Overview of V-RIB geometries in solar air heater and performance evaluation of a new V-RIB geometry

Renewable Energy

133

77-90

2019

SCIE

(Q1)

8.7

Sumer Singh Patel, Atul Lanjewar

Experimental and numerical investigation of solar air heater with novel V-rib geometry

Journal of Energy Storage

21

750-764

2019

SCIE

(Q1)

9.4

Sumer Singh Patel, Atul Lanjewar

Exergy based analysis of solar air heater duct with W-shaped rib roughness on the absorber plate

Archives of Thermodynamics

40(4)

21-48

2019

Scopus

ESCI

(Q3)

0.9

Jaigopal Ambade,

Atul Lanjewar

Evaluation of roughened duct with similar wideness gap of arc with staggered link and comparison with similar rib roughness geometries

International Journal of Mechanical and Production Engineering Research and Development

9(5)

1015–1022

2019

Scopus

-

Sanjeev Kumar Yadav,

Atul Lanjewar

Performance evaluation of solar collector having broken arc ribs of symmetrical gap with staggered elements

International Journal of Engineering and Advanced Technology

9

7611-7615

2019

Scopus

-

Sanjeev Kumar Yadav,

Atul Lanjewar

The experimental studies of heat transfer and friction factor in a roughened solar air heater using arc rib geometries

International Journal of Mechanical and Production Engineering Research and Development

9

91-98

2019

Scopus

-

Sumer Singh Patel, Atul Lanjewar

Experimental analysis for augmentation of heat transfer in multiple discrete V-patterns combined with staggered ribs solar air heater

Renewable Energy Focus

25

31-39

2018

Scopus

ESCI

(Q2)

4.8

Piyush Kumar Jain, Atul Lanjewar

Effect of staggered rib length on performance of solar air heater using v-rib with symmetrical gap and staggered rib

ARPN Journal of Engineering and Applied Sciences

12(22)

6291–6300

2017

Scopus

-

Alok Kumar Rohit, Atul Lanjewar

Thermo-Hydraulic Performance Evaluation Using W-Discrete Rib in Solar Air Heater

Indian Journal of Science and Technology

9(17)

89056

2016

Scopus

-

AM Lanjewar,

JL Bhagoria,

MK Agrawal

Review of development of artificial roughness in solar air heater and performance evaluation of different orientations for double arc rib roughness

Renewable and Sustainable Energy Reviews

43

1214-1223

2015

SCIE

(Q1)

15.9

A. Lanjewar,

JL Bhagoria,

RM Sarviya

Experimental study of augmented heat transfer and friction in solar air heater with different orientations of W-Rib roughness

Experimental Thermal and Fluid Science

35(6)

986-995

2011

SCIE

(Q1)

3.2

Atul Manikrao Lanjewar,

Jiwan Lal Bhagoria,

Rishendra Mohan Sarviya

Performance analysis of W-shaped rib roughened solar air heater

Journal of Renewable and Sustainable Energy

3(4)

043110

2011

SCIE

(Q2)

2.5

Atul Lanjewar,

JL Bhagoria,

RM Sarviya

Heat transfer and friction in solar air heater duct with W-shaped rib roughness on absorber plate

Energy

36(7)

4531-4541

2011

SCIE

(Q1)

9.0

A.M. Lanjewar,

J.L. Bhagoria,

R.M. Sarviya

Heat transfer enhancement in solar air heater

Indian Journal of Science and Technology

3(8)

908–910

2010

Scopus

-

Title

Year

Agency

Co-Investigator(if any)

Published/Granted

SYSTEM TO ENHANCE HEAT TRANSFER COEFFICIENT, AND FURTHER INCREASE IN THERMOHYDRAULIC PERFORMANCE OF SOLAR AIR HEATER

2023

The Patent Office, Government of India

Piyush Kumar Jain

Granted

APPARATUS TO ENHANCE CONVECTIVE HEAT TRANSFER COEFFICIENT, AND THERMO-HYDRAULIC PERFORMANCE OF FLAT PLATE SOLAR AIR HEATER

2018

The Patent Office, Government of India

Sumer Singh Patel

Published

Mr. Jitendra Singh

Mrs. Neha Khatri