CUDA Fortran for Scientists and Engineers 2nd Edition

CUDA Fortran for Scientists and Engineers, 2nd Edition by Gregory Ruetsch and Massimiliano Fatica delivers a clear, practical gateway to GPU-accelerated computing for researchers and developers working in Fortran. Whether you’re running large-scale simulations or accelerating data-intensive workflows, this book immediately shows how to harness NVIDIA GPUs to transform performance.

Inside, you’ll find step-by-step guidance on writing CUDA Fortran kernels, managing device memory, and optimizing data movement for maximum throughput. Rich examples and real-world case studies cover fluid dynamics, climate modeling, molecular dynamics, and numerical linear algebra—demonstrating how to translate familiar Fortran code into high-performance GPU applications. Coverage includes performance tuning, profiling strategies, and interoperability with existing codebases to ease adoption within legacy and modern HPC environments.

This edition is written for scientists, engineers, and Fortran developers who need pragmatic solutions rather than theory alone. It balances technical depth with readable explanations so you can quickly apply techniques on workstations, clusters, or cloud GPU instances. Expect measurable speedups, improved resource utilization, and clearer paths to scalable parallelism.

Globally relevant and practical, this title is ideal for academic researchers, industry practitioners, and HPC teams across North America, Europe, Asia, and beyond seeking to modernize simulation pipelines and reduce time-to-solution. Add CUDA Fortran for Scientists and Engineers, 2nd Edition to your professional library to accelerate your code, expand your skills, and unlock the power of GPU computing for real scientific and engineering challenges.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.