Developments in Geomathematical Modelling and Computer Applications in Mineral Resources Assessment

Geomathematica techniques are gaining importance for analysis of geological data. The aim of geomathematical modelling is to replicate the reality as closely as possible using available sample information. In the case of a mineral deposit, geomathematical modelling provides a closer representation of the geological reality in terms of distribution of various spatial parameters in order to assess its 3D spatial configuration. Geomathematical modelling involves fitting a mathematical function, f(x) to define adequately a mineral deposit with respect to the distribution of its size, shape, grade, density, thickness and other geological attributes viz petro-Mineralogical characteristics with an aim to provide a three dimensional representation of the deposit with maximum possible confidence. This paper discusses the developments in geomathematics and focuses on the recent trends along with the computer applications in mineral resources assessment.