Fundamentals of Applied Mathematics
Concepts and Applications in Mining
In today’s mining industry, applied mathematics is essential for planning, modeling, and optimizing mining operations. From estimating mineral reserves and designing mines to processing ore, mining engineers and professionals rely on strong mathematical foundations to make informed, efficient, and safe decisions. By mastering the fundamentals of applied mathematics along with computational techniques, students and practitioners can analyze complex mining data, solve engineering problems, and develop robust mathematical models that drive innovation and operational excellence.
This book provides a comprehensive introduction to key concepts in applied mathematics and computational techniques tailored for mining applications. Topics covered include real numbers, functions, derivatives, integrals, and transcendental functions, alongside practical numerical methods for solving engineering problems in mining. Readers will gain hands-on experience in processing mining data, generating insightful visualizations, and applying mathematical techniques for process optimization, reserve planning, and risk assessment.
Furthermore, the book addresses data preprocessing, transformation, and integration, which are critical steps in preparing technical mining data for accurate analysis. Students will also develop practical skills in debugging, testing, and optimizing computational models, thereby enhancing the efficiency, reliability, and precision of mathematical solutions applied to real-world mining projects.