Finite Element Analysis and Computational Fluid Dynamics Consultants and Professional Engineers
SINGAPORE . LONDON . MANCHESTER . BRAZIL
NING Research is Singapore's leading finite element analysis and computational fluid dynamics consulting firm supported by NAFEMS UK and JSME Japan certified Professional Simulation Engineers and IMechE and IStructE UK Chartered Engineers.
NING Research is the Industry Standard for FEA & CFD
Starting from Commencement 2020, the National University of Singapore will be awarding the NING Research Medal & Prize to the most outstanding graduating engineer in the field of Computational Engineering Science.
Starting from 2022, the Singapore Institute of Technology jointly with University of Glasgow will be awarding the NING Research Book Prize to the most outstanding graduate in the field of Modelling and Simulation under the Mechanical Engineering Programme.
NING Research has vast experience in analyzing data centers air flow and thermal management with advanced software - 6SigmaRoom
At NING Research we have the capabilities to design and analyse large and complex structures such as FPSO and oil rigs.
NING Research uses specialize software - KRASTA to analyze cranes residual fatigue life
The heart stent is the smallest structure that has been designed and analysed at NING Research.
At NING Research we consistently support our clients in conducting micro-climatic simulation with actual meteorological data.
NING Research has vast and in depth knowledge in carrying out acoustic simulation for noise level reduction.
From a simple light bulb to complicated workstation. NING Research has extensive experience in designing and analysing electronics products.
Pipe stress & surge analysis
AERMOD air dispersion modeling
Fluid Structure Interaction
Daylight and Glare Simulation
Multibody Dynamics Simulation
Structure design and failure analysis
Shock, impact and vibration analysis
Air and pollutant dispersion analysis
Rotor dynamics analysis
Ventilation analysis for Green Mark certification
Data center and indoor airflow analysis
Noise reduction and acoustic analysis
Explosion and combustion analysis
Macro and micro climatic analysis
Daylight and glare analysis
Pipe stress and surge analysis
Fire and ventilation analysis
Heat transfer and thermal analysis
Fatigue and fracture analysis
Water treatment and filtration analysis
Green water loading analysis
Injection molding analysis
CFD simulation Singapore
FEA simulation Singapore
Sat Feb 25 2023 04:00:00 GMT+0000 (Coordinated Universal Time)
Fire and explosion structural analysis of FPSO
BW Offshore, a Norwegian FPSO provider that operates the world's second largest FPSO fleet, is now a business partner of NINGResearch.
NINGResearch is given a contract to conduct fire and explosion structural analysis on BWO Barossa FPSO using finite element method that involves high temperature and impulse loading and melted and high strain nonlinear material.
The Barossa FPSO will be built in South Korea and Singapore before being towed and permanently moored at the field located 300 kilometres offshore Darwin in northern Australia where it will produce and process natural gas for export via pipeline to Darwin LNG with a capacity up to 800 million standard cubic feet per day (MMSCFD) of gas and design capacity of 11,000 barrels per day of stabilised condensate.
Solvers: Siemens Simcenter NASTRAN
NINGResearch hardware & software
We are serious with simulation
NING HPC Service
NING Research is a partner of DOCAN Ltd (UK), an engineering consulting firm with specialization in finite element analysis and computational fluid dynamics based in Northwest UK. The firm headed by Mr Rick Carroll, an experienced chartered engineer, has the tools and capabilities to support a wide range of industries with their complex projects which include oil and gas, nuclear and automotives.
NING Research is a member of NAFEMS.
NING Research is a partner of Serendipity Research, a California based research organization dedicated to releasing and capturing the natural creativity of the human spirit and the power of serendipitous interaction of ideas.