Similar Items: A methodology for numerical prototyping of inflatable dunnage bags
- Development and validation of a numerical model for an inflatable paper dunnage bag using finite element methods
- Design methodology for an inflatable membrane aerofoil using numerical shape optimisation
- Development of a practical methodology for the analysis of gravity dams using the non-linear finite element method
- Efficacy of phosphine and insect penetration ability in ZeroFly bags
- Inflation in South Africa : 1921 - 2006. History, measurement and credibility
- Evaluation of microstrip antenna analysis using numerical tools
Author: Venter, Gerhard
- Development and application of the CL&Pol polarisable force field for ionic liquid-based electrolytes
- A theoretical study of metal-organic frameworks
- Investigating the Interaction of Chitin in Organic Electrolyte Solutions Using Molecular Dynamics
- High accuracy numerical model of the SALT mirror support truss
- Modelling of the achilles and patella tendon forces during treadmill running.
- Influence of electric conversion on the rollover safety of a large passenger vehicle
Author: Venter, Martin Philip
- Development and validation of a numerical model for an inflatable paper dunnage bag using finite element methods
- Using numerical modelling and experimental approaches to study the effect of dynamic valve deformations on aortic transvalvular pressure gradient
- A methodology for numerical prototyping of inflatable dunnage bags
- A design process for a wearable hand-assistive soft robotic device allowing flexion and extension for different hand sizes
- Using full field data to produce a single indentation test for fully characterising the mooney rivlin material model.