IIT Bhubaneswar

Academic Identity

Orcid Id 0000-0001-6093-6351
Scopus Id 54790815400
Researcher Id H-6102-2011
Google Scholar Id njGx4UEAAAAJ

Vidwan-ID : 102316

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Dr Sivaiah Bathula
Assistant Professor
Indian Institute of Technology Bhubaneswar

Publications 2008 - 2022

Publications

104

Journal Articles
6

Conference
Proceedings
1

Incollection
1

Misc
1

Review
3

Projects
3
4
57

Citations / H-Index

1697 Citations

23 h-index

1784 Citations

Altmetrics

247

Google Scholar

Co-author Network

Expertise

Materials Science Multidisciplinary

Thermoelectric Materials; Energy Materials; Heavily doped semiconductors; Electrical and Thermal Transport properties

Personal Information

Dr Sivaiah Bathula

Male

Room No 311, SIF Building Indian Institute of Technology Bhubaneswar, Argul Campus

Khurda, Odisha, India - 752066

Experience

2019 - Present

Assistant Professor

School of Minerals, Metallurgical and Materials Engineering

Indian Institute of Technology Bhubaneswar
2007 - 2019

Scientist

Advanced Materials and Devices Metrology Division

CSIR-NPL New Delhi

Qualification

2016

Ph.D

Delhi Technological University, Delhi

Honours and Awards

1999

Secured 44th Rank in Engineering Common Entrance Test-99

Department of Technical Education, Andhra Pradesh

1995

Merit scholarship in Xth Std., at RCM High School, Attalur

School Committee

1999

Secured 44th Rank in Engineering Common Entrance Test-99

Department of Technical Education, Andhra Pradesh

1995

Merit scholarship in Xth Std., at RCM High School, Attalur

School Committee

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Doctoral Theses Guided

2020

Synthesis, Microstructural and Thermoelectric characterization of Half-Heusler and Silicon Germanium based Alloys

Avinash Vishwakarma, Academy of Scientific and Innovative Research ((AcSIR))

2019

Synthesis and Characterization of Novel Half-Heusler based Thermoelectric Materials for Power Generation

Nagendra Singh Chauhan, Academy of Scientific and Innovative Research ((AcSIR))

2020

Synthesis, Microstructural and Thermoelectric characterization of Half-Heusler and Silicon Germanium based Alloys

Avinash Vishwakarma, Academy of Scientific and Innovative Research ((AcSIR))

2019

Synthesis and Characterization of Novel Half-Heusler based Thermoelectric Materials for Power Generation

Nagendra Singh Chauhan, Academy of Scientific and Innovative Research ((AcSIR))

Read Less

Membership In Professional Bodies

2018

Metrology Society of India (MSI)

Life Member (LM-1187)

2014

Electron Microscope Society of India (EMSI)

Life Member (LM-409)

2010

Powder Metallurgy Association of India (PMAI)

Life Member (LM-67508)

2018

Metrology Society of India (MSI)

Life Member (LM-1187)

2014

Electron Microscope Society of India (EMSI)

Life Member (LM-409)

2010

Powder Metallurgy Association of India (PMAI)

Life Member (LM-67508)

2007

Materials Research Society of India (MRSI)

Life Member (LM-1022)

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Research Projects

Development of non-toxic, cost-effective and stable mid-temperature (>300°C) thermoelectric materials (both p & n-type) with enhanced thermoelectric figure-of-merit” (SiGe alloys and Hf-free Half-Heusler Alloys).

Funding Agency : IIT Bhubaneswar

Development of thermoelectric materials for harnessing solar energy and waste heat (Under TAPSUN program).

Funding Agency : CSIR, New Delhi

Development and characterization of bulk aluminium-alumina (Al-Al2O3) nano-composites study of their nano-sintering with respect to densification & grain growth

Funding Agency : DST, India

Development of non-toxic, cost-effective and stable mid-temperature (>300°C) thermoelectric materials (both p & n-type) with enhanced thermoelectric figure-of-merit” (SiGe alloys and Hf-free Half-Heusler Alloys).

Funding Agency : IIT Bhubaneswar

Development of thermoelectric materials for harnessing solar energy and waste heat (Under TAPSUN program).

Funding Agency : CSIR, New Delhi

Development and characterization of bulk aluminium-alumina (Al-Al2O3) nano-composites study of their nano-sintering with respect to densification & grain growth

Funding Agency : DST, India

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Patents

Read Less

Academic Identity

Vidwan-ID : 102316

Dr Sivaiah Bathula

Publications 2008 - 2022

Publications

Journal Articles

Conference Proceedings

Incollection

Misc

Review

Projects

Citations / H-Index

Altmetrics

Google Scholar

Co-author Network

Co-author - 462

Expertise

Materials Science Multidisciplinary

Thermoelectric Materials; Energy Materials; Heavily doped semiconductors; Electrical and Thermal Transport properties

Personal Information

Dr Sivaiah Bathula

Experience

Assistant Professor

Scientist

Qualification

Ph.D

Honours and Awards

Secured 44th Rank in Engineering Common Entrance Test-99

Merit scholarship in Xth Std., at RCM High School, Attalur

Secured 44th Rank in Engineering Common Entrance Test-99

Merit scholarship in Xth Std., at RCM High School, Attalur

Doctoral Theses Guided

Synthesis, Microstructural and Thermoelectric characterization of Half-Heusler and Silicon Germanium based Alloys

Synthesis and Characterization of Novel Half-Heusler based Thermoelectric Materials for Power Generation

Synthesis, Microstructural and Thermoelectric characterization of Half-Heusler and Silicon Germanium based Alloys

Synthesis and Characterization of Novel Half-Heusler based Thermoelectric Materials for Power Generation

Membership In Professional Bodies

Metrology Society of India (MSI)

Electron Microscope Society of India (EMSI)

Powder Metallurgy Association of India (PMAI)

Metrology Society of India (MSI)

Electron Microscope Society of India (EMSI)

Powder Metallurgy Association of India (PMAI)

Materials Research Society of India (MRSI)

Research Projects

Development of non-toxic, cost-effective and stable mid-temperature (>300°C) thermoelectric materials (both p & n-type) with enhanced thermoelectric figure-of-merit” (SiGe alloys and Hf-free Half-Heusler Alloys).

Funding Agency : IIT Bhubaneswar

Development of thermoelectric materials for harnessing solar energy and waste heat (Under TAPSUN program).

Funding Agency : CSIR, New Delhi

Development and characterization of bulk aluminium-alumina (Al-Al2O3) nano-composites study of their nano-sintering with respect to densification & grain growth

Funding Agency : DST, India

Development of non-toxic, cost-effective and stable mid-temperature (>300°C) thermoelectric materials (both p & n-type) with enhanced thermoelectric figure-of-merit” (SiGe alloys and Hf-free Half-Heusler Alloys).

Funding Agency : IIT Bhubaneswar

Development of thermoelectric materials for harnessing solar energy and waste heat (Under TAPSUN program).

Funding Agency : CSIR, New Delhi

Development and characterization of bulk aluminium-alumina (Al-Al2O3) nano-composites study of their nano-sintering with respect to densification & grain growth

Funding Agency : DST, India

Patents

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Nanostructured Copper Selenide with High Thermoelectric Figure-of-Merit and Process for the Preparation There of

Gahtori Bhasker, Sivaiah Bathula, Tyagi Kriti, Srivasatava Avanish Kumar, Dhar Ajay, Budhani Ramesh Chandra

Publications (113)

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