Mechanics
Suggestions for Mechanics
(9780521850162 / YES3729781)
(9783319778082 / 31655282)
(9781138319875) - Viorel Badescu | Energy systems, Power engineering, Energy engineering, Generation of Power, Thermal and nuclear, Environment protection, Nuclear energy, Perception of renewable energy & Distributed Power generation
(9781118717967 / 24411452)
(9780521435666) - Edition: 10th edition - Publication date: 11 Feb 1993 - Height: 154 mm - Spine width: 34 mm - Width: 230 mm - Cambridge University Press - ISBN: 9780521435666 - Number of pages: 560
(9781337798686) - Fourth edition - Delmar - Cengage Learning - Height: 221 mm - Spine width: 32 mm - Width: 286 mm - ISBN: 9781337798686 - Number of pages: 720 - Languages: English - Publication date: 03 Mar 2019
(9781337093354 / YES30336273) - Height: 206 mm - Spine width: 2 mm - Width: 255 mm - Cengage Learning - ISBN: 9781337093354 - Number of pages: 1157 - Languages: English
(9781498766296) - Second edition - CRC Press - Taylor and Francis - Height: 184 mm - Spine width: 32 mm - Width: 260 mm - ISBN: 9781498766296 - Number of pages: 540 - Languages: English - Publication date: 03 Oct 2018 | Blake's Design of Mechanical
(9781138334908) - Third edition - CRC Press - Taylor and Francis - Height: 162 mm - Spine width: 37 mm - Width: 241 mm - ISBN: 9781138334908 - Number of pages: 556 - Languages: English - Publication date: 12 Nov 2018 | Material removal
(9780081020739) - Angela Piegari | Optical Thin, Optical coatings, Materials and their properties, Thin films, Optical properties
Atlantis Press (9789078677109)
(9781681734545) - Height: 235 mm - Spine width: 11 mm - Width: 190 mm - Morgan & Claypool Publishers - ISBN: 9781681734545 - Number of pages: 155 - Languages: English - Publication date: 30 Jan 2019 - Weight: 1 g
(9781681734521) - Height: 235 mm - Spine width: 8 mm - Width: 190 mm - Morgan & Claypool Publishers - ISBN: 9781681734521 - Number of pages: 155 - Languages: English - Publication date: 30 Jan 2019 - Weight: 1 g
(9781482240627) - Joanna A. Ellis-Monaghan | Tutte Polynomial, Graph polynomials
(9781107161566) - Height: 247 mm - Spine width: 26 mm - Width: 174 mm - Cambridge University Press - ISBN: 9781107161566 - Number of pages: 281 - Languages: English - Publication date: 13 Dec 2018 - Weight: 699 g
(9781108426091 / 33552874) - Height: 253 mm - Spine width: 29 mm - Width: 194 mm - Cambridge University Press - ISBN: 9781108426091 - Number of pages: 529 - Languages: English - Publication date: 03 Jan 2019
(9783319743721 / 31073683) - Ulrich Walter | Courses in spaceflight
Cool Springs Press (9780760362518) - Fourth Edition, New Edition edition - Cool Springs - Cool Springs Press - -1g - Height: 275mm - Spine width: 15mm - Width: 210mm - ISBN: 9780760362518 - Number of pages: 240
(9781138594937) - B.S. Dhillon | Engineering systems
(9781138544260) - Ashok Saxena | Advanced Fracture, Fracture mechanics
(9781119106227) - Peter S. Bernard | Turbulent Fluid Flow, Turbulent flows, Essential information needed, Turbulent Flow studies, Solve Turbulent Flow, Turbulent Flow
(9780367138066) - Bhaben Chandra Kalita
(9783319092522 / 22536836)
(9780128145197)
(9781107025431)
(9780768079777)
Explore how thin films deform, crack, and evolve on a microscopic level with this comprehensive guide to stress mechanics, defect dynamics, and surface morphology in advanced materials.
(9781107092617)
(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
(9781107038745)
Cambridge University Press (9780521193498 / 21 b/w illus. 22 tables)
(9781421427072)
Explore continuum mechanics and thermodynamic principles in depth, with rigorous derivations, illustrative examples, and applications to solid and fluid systems. This text bridges theory and practice, guiding readers through balance laws, constitutive modeling, and stability analysis while highlighting modern research directions.
(9781107073449)
Haynes Group (9780857333711)
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.