No Starch Press,US (9781593277031 / 24990222) - Dimensions: 178 x 234 x 15.24mm | 544.31g - Format: 304 pages - Height: 180 mm - Spine width: 22 mm - Width: 236 mm - No Starch Press - San Francisco, United States | Car Hacker' s Handbook
Frances Lincoln Childrens Books (9781786034045) - Dimensions: 257 x 210 mm - ISBN: 9781786034045 - Number of pages: 32 - Frances Lincoln Publishers Ltd | Gift edition, Series of books, Lives of outstanding, BIG DREAMS & Marie Curie
(9780465096053) - First edition - Basic Books - Height: 245 mm - Spine width: 30 mm - Width: 160 mm - ISBN: 9780465096053 - Number of pages: 370 - Languages: English - Weight: 594 g
(9780735211520 / YES45087992) - Height: 209 mm - Spine width: 24 mm - Width: 139 mm - Riverhead Books - Penguin Publishing Group - ISBN: 9780735211520 - Number of pages: 368 - Languages: English - Weight: 363 g
(9780226669700) - Height: 229 mm - Spine width: 23 mm - Width: 152 mm - The University of Chicago Press - UNIVERSITY OF CHICAGO PRESS - ISBN: 9780226669700 - Languages: English - Weight: 1 g
Explore Isaiah Berlin’s incisive essays on freedom, identity and culture, tracing how Russian intellectuals shaped modern thought; a compelling blend of history, philosophy and vivid narrative that invites deep reflection.
Explore quantum mechanics and crystal lattices through clear explanations of electronic band theory, phonon interactions, and defect physics, with practical examples linking material properties to real‑world applications.
(9780415714839 / 9780415714839) - Dimensions: 187.96 x 233.68 x 20.32mm | 771.1g - New edition - ROUTLEDGE - London, United Kingdom - Taylor & Francis Ltd - Edition statement: 2nd New edition - Format: 338 pages | Power distribution
(9780367023348) - Ninth edition - Routledge - Taylor and Francis - Height: 275 mm - Spine width: 15 mm - Width: 220 mm - ISBN: 9780367023348 - Number of pages: 344 - Languages: English - Weight: 1020 g
Explore how lift, drag, and stability govern flight from tiny dragonflies to massive airliners, with clear explanations of aerodynamics, wing design, and evolutionary insights that make the science accessible.
Explore advanced concepts in gas‑liquid and liquid‑solid interactions with clear explanations, practical equations, and illustrative diagrams that simplify complex multiphase phenomena for engineers and researchers.
Explore fluid motion fundamentals with clear explanations of continuity, Bernoulli’s principle, and vortex dynamics, illustrated by elegant diagrams that make complex concepts intuitive.