Sharanbaswa Vishwanath

FAQ About Sharanbaswa Vishwanath

• What is Sharanbaswa Vishwanath's address?

  Sharanbaswa Vishwanath is located at
  Mumbai, Maharashtra, India

• What is Sharanbaswa Vishwanath's job title?

  Sharanbaswa Vishwanath is a
  I love to develop probabilistic models to evaluate the life-cycle risk and resilience of civil infrastructure systems susceptible to multiple hazards such as earthquake, corrosion, flood, etc. I firmly believe in building and maintaining resilient and sustainable future civil infrastructure systems. To achieve this goal, I will strive to adopt optimized structural design strategies for potential multi-hazard scenarios, considering structural deterioration during the service life of a structure. I specialize in: * Probabilistic evaluation of seismic performance of bridges * Life-cycle seismic resilience of pristine and aging bridges * Modelling of performance-based post-event recovery * Stochastic modelling of chloride-induced corrosion of rebar in reinforced concrete structures * Uncertainty quantification in vulnerability assessment Notable work: * Developed a quantitative assessment tool to estimate the seismic resilience of aging bridges in a life- cycle context. For this, time-dependent bridge seismic vulnerability model, traffic data-based loss assessment model, and seismic damage state-dependent functionality recovery model are developed. * Developed a post-event recovery model that is beneficial after a natural disaster event. This model can generate different recovery paths based on the nature of the bridge damage, the likely time to mobilize recovery actions, and the time to complete the recovery process. * An improvement on the existing methodology for life-cycle seismic risk assessment of bridge piers is proposed by incorporating spatial randomness of early-age cracks on pier surfaces. Spatial randomness of early-age surface cracks on bridge piers is modelled through a homogeneous Poisson point process and marked point process. This adopted easy-to-apply probability-based approach provides a feasible alternative to model surface cracks on any reinforced concrete member without exploring fundamental mechanisms behind the generation of the cracks. * Developed physics-based framework for corrosion generation and propagation model can realistically capture the pitting phenomenon when spatial randomness of corrosion parameters is considered. Reach me at: [email protected] Verisk

• What industry does Sharanbaswa Vishwanath currently work in?

  Sharanbaswa Vishwanath currently works in the
  Verisk

• What is Sharanbaswa Vishwanath's area of expertise?

  Sharanbaswa Vishwanath specializes in
  I love to develop probabilistic models to evaluate the life-cycle risk and resilience of civil infrastructure systems susceptible to multiple hazards such as earthquake, corrosion, flood, etc. I firmly believe in building and maintaining resilient and sustainable future civil infrastructure systems. To achieve this goal, I will strive to adopt optimized structural design strategies for potential multi-hazard scenarios, considering structural deterioration during the service life of a structure. I specialize in: * Probabilistic evaluation of seismic performance of bridges * Life-cycle seismic resilience of pristine and aging bridges * Modelling of performance-based post-event recovery * Stochastic modelling of chloride-induced corrosion of rebar in reinforced concrete structures * Uncertainty quantification in vulnerability assessment Notable work: * Developed a quantitative assessment tool to estimate the seismic resilience of aging bridges in a life- cycle context. For this, time-dependent bridge seismic vulnerability model, traffic data-based loss assessment model, and seismic damage state-dependent functionality recovery model are developed. * Developed a post-event recovery model that is beneficial after a natural disaster event. This model can generate different recovery paths based on the nature of the bridge damage, the likely time to mobilize recovery actions, and the time to complete the recovery process. * An improvement on the existing methodology for life-cycle seismic risk assessment of bridge piers is proposed by incorporating spatial randomness of early-age cracks on pier surfaces. Spatial randomness of early-age surface cracks on bridge piers is modelled through a homogeneous Poisson point process and marked point process. This adopted easy-to-apply probability-based approach provides a feasible alternative to model surface cracks on any reinforced concrete member without exploring fundamental mechanisms behind the generation of the cracks. * Developed physics-based framework for corrosion generation and propagation model can realistically capture the pitting phenomenon when spatial randomness of corrosion parameters is considered. Reach me at: [email protected]

• Which languages does Sharanbaswa Vishwanath speak? 

  Sharanbaswa Vishwanath speaks the following languages:
  No languages available.

• Which industries has Sharanbaswa Vishwanath previously worked in?   

  Sharanbaswa Vishwanath has prior experience in the following industries:
  Indian Institute Of Technology Bombay , Indian Institute Of Technology Bombay , Pandit Deendayal Petroleum University

• What is Sharanbaswa Vishwanath’s work experience?  

  Sharanbaswa Vishwanath has the following professional experience:
  Verisk , Indian Institute Of Technology Bombay , Indian Institute Of Technology Bombay , Pandit Deendayal Petroleum University .

• How can I find Sharanbaswa Vishwanath on LinkedIn?  

  You can view Sharanbaswa Vishwanath’s
  LinkedIn profile at LinkedIn URL.

• What are Sharanbaswa Vishwanath’s work email addresses?  

  Sharanbaswa Vishwanath’s work email addresses are
  [email protected] .

• What company does Sharanbaswa Vishwanath work for?  

  Sharanbaswa Vishwanath works at
  Verisk