RELATED ARTICLESMORE FROM AUTHOR TAGSBallyhoura bike trailsMusic LimerickNational Bike Week Celebrating a ground breaking year in music from Limerick #SaucySoul: Room 58 – ‘Hate To See You Leave’ Facebook Linkedin Watch the streamed gig for Fergal Nash album launch #HearThis: New music and video from Limerick rapper Strange Boy Email NewsBallyhoura bike coursesBy John Keogh – June 20, 2013 967 Previous articleEvents manager calls for new festival in LimerickNext articleTogher Talk – Liam Bourke John Keoghhttp://www.limerickpost.ie Twitter New Music: 40Hurtz Print Emma Langford shortlisted for RTE Folk Award and playing a LIVE SHOW!!! this Saturday Advertisement A NUMBER of cycling workshops will take place at the Ballyhoura Forest Park mountain bike trails in Ardpatrick over the course of the weekend in conjunction with National Bike Week.Beginners spins covering cycling skills will be held on Friday at 10.30am and 2pm by Ballyhoura Outdoor Recreation LTI.Sign up for the weekly Limerick Post newsletter Sign Up On Saturday and Sunday, there will be a free two-day workshop covering fundamental mountain biking skills; both take place from 10am to 4pm.Participants will need their own bicycles; to register call Ballyhoura Failte on 063 91300.Ballyhoura mountain bike trails offer over 100km of cross country, single track mountain bike trails that are free to use. WhatsApp
A finite-difference model for the calculation of radar layer geometries in large ice masses is presented. Balance velocities are used as coefficients in the age equation and in the heat equation. Solution of the heat equation allows prediction of sliding areas and computation of basal melt rates. Vertical distributions of velocity are parameterized using shape functions. These can be set uniformly, or allowed to vary in space according to the distribution of sliding. The vertical coordinate can either be uniformly distributed within the thickness of the ice, or be uniformly distributed within the flux. The finite-difference scheme results in a large set of linear equations. These are solved using a nested factorization preconditioned conjugate gradient scheme. The convergence properties of some other iteration solution schemes are studied. The output is computations of age and temperature assuming steady state, in large ice masses at high resolution. Age calculations are used to generate isochrones which show the best fit to observed layers. Comparisons with analytical solutions are made, and the influence of the order of the finite-difference approximation and the choice of vertical coordinate on solution accuracy is considered.