Madhup Pandey

Welcome

Hi! Welcome to my online portfolio.

I am Dr Madhup Pandey, Assistant Professor in Structural Engineering at University of Nottingham, United Kingdom.

I take undergraduate and postgraduate classes on structural engineering related subjects. I carry out research on steel and composite structures and aiming to straddle the boundaries of my research to promote sustainability and circular economy by duly reducing the overall environmental footprints.

I am advancing my research with 6Rs strategy, which includes Rethink, Reduce, Reuse, Recycle, Repurpose and Refuse.

Should you have any queries, feel free to contact me.

News

Static performance and design of cold-formed high strength steel rectangular hollow section X-joints

Cold-formed high strength steel (CFHSS) X-joints made of square and rectangular hollow sections (SHS and RHS) brace and chord

New design rules of cold-formed high strength steel CHS-to-RHS X-joints

Numerical investigation and design of cold-formed high strength steel (CFHSS) X-joints with circular hollow section (CHS) braces as well as square and rectangular hollow

Design of Cold-formed High Strength Steel Diamond Bird-beak Tubular T-joints and X-Joints

Numerical investigation and design of cold-formed high strength steel (CFHSS) diamond bird-beak (DBB) T- and X-joints are presented in this paper. The 0.2% proof stress of

S960 steel grade square bird-beak T- and X-joints: Numerical investigation and design

The detailed numerical investigation and design of cold-formed S960 steel grade square bird-beak (SBB) T- and X-joints have been presented

Modelling and design of cold-formed S960 steel brace-rotated tubular T- and X-joints

This paper presents detailed numerical investigation and design of cold-formed S960 steel grade brace-rotated (BR) tubular T- and X-joints. The BR tubular joint is

Design of cold-formed high strength steel rectangular hollow section T-joints under post-fire conditions

A comprehensive numerical investigation looking into the static post-fire behaviour of cold-formed high strength steel (CFHSS) T-joints

RHS-to-RHS cold-formed S960 steel fire exposed X-joints: Structural behaviour and design

This paper presents a detailed finite element (FE) analysis and design of cold-formed high strength steel (CFHSS) fire exposed X-joints with square and rectangular hollow

Cold-formed high strength steel CHS-to-RHS T- and X-joints: Performance and design after fire exposures

The post-fire structural performance of cold-formed high strength steel (CFHSS) T- and X-joints with circular hollow section (CHS)

Behaviour and design of cold-formed high strength steel RHS T-joints undergoing compression loads at elevated temperatures

This study presents a comprehensive numerical program aiming to investigate the static resistances of cold-formed high strength steel (CFHSS) T-joints with

Numerical analysis and design of cold-formed high strength steel RHS X-joints at elevated temperatures

A numerical program is carried out in this study with an aim to investigate the static performance of cold-formed high strength steel (CFHSS) X-joints with square and

Design of cold-formed high strength steel CHS-to-RHS T- and X-joints at elevated temperatures

The static resistances of cold-formed S900 steel grade tubular T- and X-joints at elevated temperatures have been numerically investigated in this study. Circular hollow sections (CHS) were used as

Mechanical properties of high strength steels and weld metals at arctic low temperatures

This paper attempts to acquire fundamental knowledge on the mechanical properties of high strength steels and the corresponding high strength weld

Opportunities

I am constantly seeking highly self-motivated individuals to join my research group. Interested individuals should have a strong background in structural engineering, non-linear finite element analysis. I welcome researchers with backgrounds in structural engineering, mechanical engineering, computational mechanics, fracture mechanics, material science, aerospace engineering, and related fields.

I enthusiastically welcome enquiries from potential PhD applicants, postdoctoral fellows, research fellows, visiting scholars from the UK and international countries who are interested in the following research areas and beyond:

High strength steel members, connections and joints
Sustainable material and construction
Fatigue and stress concentration factor investigation
Static and dynamic behaviour of 3D printed materials and structures
Steel structural members, connections and joints under cyclic and earthquake loads
Applications of machine learning in structural engineering related projects
Use of smart materials in structural members, joints and retrofitting
Construction automation (Robotic welding, 3D printing, Modular construction)
Retrofitting of existing steel, concrete and composite structures

Please send your latest CV to Dr Madhup Pandey ([email protected]).

Apply for PhD: Link

Scholarship information: Link1 Link2

Current Opening(s): PhD Studentship – Structural Behaviour of High Strength Steel Members and Connections