Author

Ayushmaan Singh

Observed name: Singh, Ayushmaan

Institution: National Institute of Technology Karnataka

Observed institutions: National Institute of Technology Karnataka, Vishwakarma Institute of Technology

ORCID: 0009-0004-0200-6147

Observed ORCID: 0009-0004-0200-6147

OpenAlex ID: A5063995179

Experimental investigation of pulsed fluidic thrust vectoring in a Mach 1.6 axisymmetric jet using transverse air injection for enhanced vectoring efficiency

2026 · Ayushmaan Singh · Aerospace Science and Technology · 1

The assembled catalytic triad of Ideonella sakaiensis PETase is metastable in apo molecular dynamics simulations across multiple control conditions

2026 · Amarechi Okorafor, Aryan Atri, et al. · ChemRxiv

Analysis plan for "The assembled IsPETase catalytic triad is metastable in apo molecular dynamics simulations across multiple control conditions"

2026 · Okorafor, Amarechi, Atri, Aryan, et al. · Zenodo (CERN European Organization for Nuclear Research)

Simulation inputs, topologies, analysis scripts and endpoint data for "Metastability of the IsPETase catalytic triad in molecular dynamics simulations"

2026 · Okorafor, Amarechi, Atri, Aryan, et al. · Zenodo (CERN European Organization for Nuclear Research)

Analysis plan for "Metastability of the IsPETase catalytic triad in molecular dynamics simulations is independent of starting structure, disulfide connectivity, temperature and histidine protonation"

2026 · Okorafor, Amarechi, Atri, Aryan, et al. · Zenodo (CERN European Organization for Nuclear Research)

Sample Trajectory Data for GROMACS Visualizer

2026 · Singh, Ayushmaan · Zenodo (CERN European Organization for Nuclear Research)

Hybrid Aero-PINN: A physics-consistent deep learning framework for efficient aerodynamic prediction

2026 · Ayushmaan Singh · Aerospace Science and Technology

VehereX - A Personalized EV Recommendation Platform

2026 · Aryan Prakash Bhanage, Ali Bhatkar, et al.

Hybrid Aero-PINN: A Physics-Consistent Deep Learning Framework for Efficient Aerodynamic Prediction

2026 · Ayushmaan Singh · SSRN Electronic Journal

Hybrid Aero-PINN: A Physics-Consistent Deep Learning Framework for Efficient Aerodynamic Prediction

2026 · Ayushmaan Singh · SSRN Electronic Journal

Physics-Informed Surrogate Modeling of Thermoelastic Fields: Resolving the Accuracy–Fidelity Paradox in Coupled Thermal–Stress Predictions

2026 · Ayushmaan Singh · SSRN Electronic Journal

A Physics-Guided Surrogate Neural Network for Aerodynamic Prediction and Geometry-Aware Inverse Design of CST Airfoils

2026 · Ayushmaan Singh, Krishna Dhameliya · SSRN Electronic Journal

Ekagra, an Autonomous Underwater Vehicle: Cost-Effective System Design and Implementation

2022 · Parth Hasabnis, Pranav Pawar, et al. · OCEANS 2022 - Chennai

Works count: 13

Citation count: 1

H-index: 1

I10-index: