08:00-08:30 | Opening | 08:30-09:20 | J Murugan | University of Cape Town | Topological Data Analysis - a new tool from old ideas. (Chair: N Bishop) |
| Session chair: | J Weideman |
09:25-09:50 | Jan Nordstrom | Linkoping University and University of Johannesburg | New provably energy stable formulations for hyperbolic problems: Application to the Euler and shallow water equations |
09:50-10:15 | Jan Nordstrom | Linkoping University and University of Johannesburg | New provably energy stable formulations for hyperbolic problems: Application to the Euler and shallow water equations |
10:15-10:45 | COFFEE |
| Session chair: | M Labuschagne |
10:45-11:10 | Charis Harley | University of Johannesburg | A provably stable and high order accurate solution of the Frank-Kamenetskii partial differential equation |
11:10-11:35 | Gerald Marewo | North-West University | A numerical solver for some non-linear Poisson equation |
11:35-12:00 | Justin Munyakazi | University of the Western Cape | A parameter-uniform numerical method for singularly perturbed Burgers' equation |
12:00-13:30 | LUNCH |
13:30-14:20 | Z Jojo | University of South Africa | Pedagogical practices in integration of IKS in teaching and learning geometry. (Chair: R Durandt) |
| Session chair: | J Munyakazi |
14:25-14:50 | Rasheed Adetona | University of Kwa-Zulu Natal | Efficient solution of Burgers equation using B-spline approximation functions |
14:50-15:15 | Lazarus Rundora | University of Limpopo | Evaluation of heat irreversiblity in convective flow of reactive third-grade fluid subjected to newtonian cooling |
15:15-15:45 | COFFEE |
| Session chair: | G Marewo |
15:45-16:10 | Hossein Jafari | University of South Africa | A comparison on new integral transforms |
16:10-16:35 | Hangwelani Magau | Central University of Technology | Numerical approximation to a nonlinear equation with global differentiation and intregral operator. |
16:35-17:00 | Ndivhuwo Ndou | University of Johannesburg | Developing higher order unconditionally positive finite difference method for the advection diffusion reaction equations |