Predicting Hydrogen Embrittlement in Metallic Alloys using Multiscale Numerical Modelling
Unknown, United Kingdom
This course explores the impact of hydrogen environments on the structural integrity of metallic components, focusing on predicting hydrogen embrittlement in alloys through multiscale numerical modeling. It emphasizes understanding hydrogen diffusion, trapping mechanisms, and microstructural interactions to develop more resilient materials for hydrogen infrastructure.
- Unknown, United Kingdom
- 3 years
- On Campus
- ₹32,82,675/Year
Pros & Cons
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Program Overview
This course explores the impact of hydrogen environments on the structural integrity of metallic components, focusing on predicting hydrogen embrittlement in alloys through multiscale numerical modeling. It emphasizes understanding hydrogen diffusion, trapping mechanisms, and microstructural interactions to develop more resilient materials for hydrogen infrastructure.
QS World Ranking
Not Available in Not Available
Class Size
400 Students
Key Features
Specializations Available
AI/ML, Systems, Theory, Human-Computer Interaction
Research Opportunities
Access to cutting-edge research labs and industry partnerships
Admission Requirements
TOEFL®
92.0
Key Dates
Application Start time & Deadline
Starting 2026-04-01
Apply before 2125-04-18
Starting 2025-07-01
Apply before 2125-04-18
Starting 2025-10-01
Apply before 2125-04-18
Starting 2026-01-01
Apply before 2125-04-18
Program Start
Sep 2025
Programme Structure
Curriculum:The models will be validated by comparing them with experimental data. There is a provision to perform exhaustive experiments as part of this project outcomes:A comprehensive multiscale modelling framework to predict hydrogen diffusion and trapping behaviour in metallic alloys.A deeper understanding of the mechanisms by which hydrogen interacts with various microstructural features, leading to embrittlement.Enhanced ability to predict the susceptibility of different metallic alloys to hydrogen embrittlement under varying service conditions.Check out the full curriculumVisit programme website
Program Highlights
- Comprehensive curriculum covering all key topics
- Hands-on projects and real-world case studies
- Expert faculty with industry experience
- Career support and placement assistance
Academic Requirements
GPA
3.5
English Language Requirements
TOEFL®
92.0
Overall ScoreAdditional Requirements
Applicants should hold or expect a minimum 2:1 (or equivalent) in engineering, physics, or mathematics. Required application materials include an academic transcript detailing modules and grades, a degree certificate if already graduated, a personal statement outlining motivation, relevant skills, and career goals, and a research proposal if applicable. These documents should demonstrate academic competence and a strong interest in the research area.
Course Fees
₹32,82,675/Year
Annual Fee
3 years
Total Duration
Living Costs
No Living costs available.
University Scholarships
No University Scholarships Available
External Scholarships
Rochelle Nicolette Perry Memorial Scholarship
N/A
Amount
1250 USD
Deadline
Not specified
Organization of American States (OAS) Academic Scholarship Program
N/A
Amount
Various benefits
Deadline
Not specified
Master's Scholarship
N/A
Amount
Various benefits
Deadline
Not specified
Denise Halbach Performance Scholarship
N/A
Amount
2000 USD
Deadline
15 Apr 2025
Thomas Jefferson Prize in United States History
N/A
Amount
300 EUR
Deadline
Anytime
Eligibility Requirements
No Eligibility Requirements Available
Application Process
No Application Steps Available
News About Abroad
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