Shubham Kumar Verma

About Shubham Kumar Verma

Shubham Kumar Verma, With an exceptional h-index of 5 and a recent h-index of 5 (since 2020), a distinguished researcher at Shri Mata Vaishno Devi University, specializes in the field of CFD, Energy, Hygrothermal dynamics, Indoor Air quality, Thermal Comfort.

His recent articles reflect a diverse array of research interests and contributions to the field:

Modelling of Embedded Cracks by NURBS-Based Extended Isogeometric Analysis

Thermal performance analysis of a commercial space exposed to solar radiations in the composite climatic conditions

Multi-framework-based approach for optimizing dwelling conditions and energy efficiency in subtropical climatic conditions

Integrated Modeling Approach for Developing Sustainable Buildings: A State of the Art

Technological interventions, material recognition and policy checks for dwelling spaces amid COVID-19 pandemic

Hygrothermal dynamics for developing energy-efficient buildings: Building materials and ventilation system considerations

Transient isogeometric heat conduction analysis of stationary fluid in a container

Nanotechnology: The Future for Green Buildings

Shubham Kumar Verma Information

University

Position

Research Scholar

Citations(all)

77

Citations(since 2020)

77

Cited By

6

hIndex(all)

5

hIndex(since 2020)

5

i10Index(all)

3

i10Index(since 2020)

3

Email

University Profile Page

Google Scholar

Shubham Kumar Verma Skills & Research Interests

CFD

Energy

Hygrothermal dynamics

Indoor Air quality

Thermal Comfort

Top articles of Shubham Kumar Verma

Title

Journal

Author(s)

Publication Date

Modelling of Embedded Cracks by NURBS-Based Extended Isogeometric Analysis

Vibhushit Gupta

Sahil Thappa

Shubham Kumar Verma

Sanjeev Anand

Azher Jameel

...

2024/2/20

Thermal performance analysis of a commercial space exposed to solar radiations in the composite climatic conditions

Heat Transfer Engineering

Shubham Kumar Verma

Vibhushit Gupta

Sahil Thappa

Sanjeev Anand

Navin Gupta

...

2023/6/21

Multi-framework-based approach for optimizing dwelling conditions and energy efficiency in subtropical climatic conditions

Journal of Thermal Analysis and Calorimetry

Shubham Kumar Verma

Y Anand

S Anand

2023/5

Integrated Modeling Approach for Developing Sustainable Buildings: A State of the Art

Shubham K Verma

V Gupta

S Thappa

N Gupta

A Gupta

...

2023/2/17

Technological interventions, material recognition and policy checks for dwelling spaces amid COVID-19 pandemic

Materials Today: Proceedings

Shubham Kumar Verma

Vibhushit Gupta

Sahil Thappa

Navin Gupta

Sanjeev Anand

...

2023/8/28

Hygrothermal dynamics for developing energy-efficient buildings: Building materials and ventilation system considerations

Shubham Kumar Verma

Y Anand

Navin Gupta

BB Jindal

VV Tyagi

...

2022/4/1

Transient isogeometric heat conduction analysis of stationary fluid in a container

Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering

Vibhushit Gupta

Shubham K Verma

Sanjeev Anand

Azher Jameel

Yatheshth Anand

2022/10/5

Nanotechnology: The Future for Green Buildings

Shubham Kumar Verma

Sahil Thappa

A Sawhney

Y Anand

S Anand

2022/9/17

Futuristic decentralized clean energy networks in view of inclusive-economic growth and sustainable society

Iqra Javid

Aditya Chauhan

Sahil Thappa

SK Verma

Y Anand

...

2021/8/1

Evaluation of Thermal Comfort and Energy Usage for an Enclosed Cavity Indifferent Climatic Zones of India

Energy Engineering

Vibhushit Gupta

Shubham K Verma

Sanjeev Anand

Navin Gupta

Yatheshth Anand

2021

A Study on Challenges in Inter-software Data Exchange for a Better Building Design

ASHRAE Topical Conference Proceedings

Shubham Kumar Verma

Yatheshth Anand

Sanjeev Anand

2020

Analysis for determining the impact of air quality and thermal comfort in an enclosed cavity

Materials Today: Proceedings

Shubham Kumar Verma

Yatheshth Anand

Sanjeev Anand

2020/5/4

See List of Professors in Shubham Kumar Verma University(Shri Mata Vaishno Devi University)

Co-Authors

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