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Dr SRINIVAS SRIRAMULA

Dr SRINIVAS SRIRAMULA The University of Aberdeen School of Engineering Dr SRINIVAS SRIRAMULA LRET Lecturer Safety & Reliability Engineering work +44 (0)1224 272778 pref The LRET Centre for Safety & Reliability Engineering School of Engineering Fraser Noble Building University of Aberdeen Aberdeen, AB24 3UE, United Kingdom

LRET Lecturer Safety & Reliability Engineering

Dr SRINIVAS SRIRAMULA

Personal Details

Telephone: +44 (0)1224 272778
Email: s.sriramula@abdn.ac.uk
Address: The LRET Centre for Safety & Reliability Engineering
School of Engineering
Fraser Noble Building
University of Aberdeen
Aberdeen, AB24 3UE, United Kingdom
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Biography

Srinivas is currently ‘The LRET Lecturer in Safety & Reliability Engineering’ at the University of Aberdeen. He has joined as a Lecturer at the School of Engineering at the University of Aberdeen in August 2009. Prior to that, he was a Postdoctoral Researcher (Oct 2006 - July 2009) at the University of Surrey working on CREDO (Composites Reliability from Engineering Design Optimisation) project.
Srinivas has received his PhD from the Indian Institute of Technology Madras focusing on Copula based Simulations for Engineering systems. He has a Masters degree in Structural Engineering from MNNIT and was awarded the Sir. Arthur Cotton Gold Medal (2000) by Nagarjuna University, India for securing highest marks in B.Tech (Civil Engineering).


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Research Interests

  • Integrity of offshore structures.
  • Stochastic micro- and macro-mechanics, multi-scale spatial variability and experimental characterisation of composite materials and components.
  • Modelling for wind energy facilities.
  • FRP composites for Civil infrastructure.
  • Copula based simulations and Risk assessment of engineering systems.
  • Stochastic finite elements, reliability based optimal design of structures, and related fields.

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Current Research

Risk based inspection of fixed offshore platforms
This PhD studentship is funded by Lloyd’s Register.

A majority of the fixed offshore platforms in the North Sea are approaching end of their design life and there is an extensive interest in assessing their performance from a probabilistic perspective. Reliability of these structural systems depends on a wide range of uncertainties and their interactions. It is possible to quantify these effects in a risk based framework to optimise the maintenance and inspection scheduling options. The aim of this PhD project is to develop a generic tool for risk based inspection planning of fixed offshore platforms.

 

Stochastic Approaches for Chemical Process Performance Modelling

PhD Student: Mr Usman Abubakar (Funded by a Petroleum Technology Development Fund (PTDF) Scholarship, Nigeria)

Co-Supervisor: Dr Neill C Renton

This research aims to integrate stochastic performance modelling techniques and chemical processes with a view to promote safety, reliability and economics. Performance criteria for different process systems are being developed based on experimental and numerical studies and are to be assessed with appropriate stochastic approaches.

 

Reliability of Blast Wall Structures

PhD Student: Mr Mohammad Hedyati

This research aims to develop a probabilistic approach for the design of blast wall structures, which are commonly used in Offshore Oil and Gas facilities. Considering the complex combinations of different uncertainties, a design basis would be developed in a stochastic finite element framework.

 

Stochastic Damage Modelling of Ship Collisions
PhD Student: Mr Abayomi Obisesan (Funded by one of The LRET PhD Studentships)
Co-Supervisor: Dr John Harrigan

This project will involve a mixture of deformation mechanics and reliability assessment to give an overall understanding of the safety aspects of sandwich panels employed in ship designs. The focus will be on light weight and innovative structures for safety and the environment.


Multi-Scale Damage Modelling of Fiber Reinforced Composites

(Supported by a University of Aberdeen PhD Studentship)

Co-Supervisor: Prof Igor Guz


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Teaching Responsibilities

  • EG5060 Statistics and Probability for Safety, Reliability and Quality
  • EG5511 Advanced Methods for Risk & Reliability Assessment
  • EG40JQ Safety and Reliability Engineering (along with other faculty)
  • EG1527 Applied Mechanics and Structures (delivered with other faculty)

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External Responsibilities

  • Member, Safety and Reliability Society.
  • Reviewer for various learned journals.

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Publications

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Fraser Noble Building | Kings College | Aberdeen | AB24 3UE | United Kingdom
tel: +44 (0)1224 272820 | fax: +44 (0)1224 272497 | e-mail: engineering@abdn.ac.uk

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