Bøker av Paul Farrell

Gladys Berejiklian was one of Australia's most popular premiers. Forging a path for New South Wales through the difficult early days of the COVID-19 pandemic, she seemed unstoppable. But it all came crashing down. In one of the most staggering falls from grace in Australian political history, Berejiklian found herself embroiled in a major corruption inquiry that had enveloped the man with whom she was in a secret relationship. That same inquiry slowly expanded to focus on the conduct of Berejiklian herself. Journalist Paul Farrell takes us behind the scenes of the corruption investigation that brought down a NSW premier. He gives us a bird' s-eye account of how a case was built against her, and the relationship that ended her political reign. He also reveals how Berejiklian's popularity was shored up by powerful allies in media and political circles, and the tactics deployed by her office to silence critics. At the centre of all this is the national importance of trust, honesty and integrity, and how much Australians are willing to tolerate when it comes to the behaviour of their leaders.

A beautifully illustrated field guide to weeds around the world, and why we should love them. Paul Farrell brings his brilliant colourful, modernist style to the book, showing dandelions, thistles and feverfew in a whole new light. Each of the 50 weeds featured is accompanied by a quirky history and their uses in medicine, cooking, and more.

Standard numerical methods are of little use in solving problems involving boundary layers. This volume presents an essentially new numerical technique that gives precise results in the boundary layer regions for the problems discussed. It shows that this technique can be adapted in a natural way to a real flow problem and can also be used to construct benchmark solutions for comparison with solutions found using other numerical techniques. Written at the advanced undergraduate and research level, this book provides readers with an understanding of the underlying principles and the essential components needed to construct numerical methods for boundary layer problems.

A gorgeously detailed guide to the evolution, design, and role of tugboats, from the earliest days of steam to today's most advanced ocean-going workboats.

Standard numerical methods are of little use in solving problems involving boundary layers. This volume presents a numerical technique that gives precise results in the boundary layer regions for the problems discussed. It shows that this technique can be adapted in a natural way to a real flow problem.