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Cargando... Bridges: The science and art of the world's most inspiring structures (2010)por David Blockley
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Inscríbete en LibraryThing para averiguar si este libro te gustará. Actualmente no hay Conversaciones sobre este libro. Het eerste deel dat de bouw van bruggen beschrijft en hoe de kennis door de jaren heen is verbeterd is goed leesbaar en interessant. Daarna echter probeert de schrijver het idee van bruggen bouwen in brede zin te beschrijven. Bovendien laat hij dan zijn eigen ideeën over het ontwikkelen van bruggen en systemen in het algemeen los. Alsof er nog geen systeem architecten en PDCA cycli zijn. Dat maakt de tweede helft van het boek tot een overbodige beschrijving. Dat is slecht beschreven en gaat voorbij aan de moderne gedachten over Product Creatie Processen en verbeter processen. sin reseñas | añadir una reseña
"Bridges have fascinated humans for centuries: they symbolize cities and represent power, wealth, and grandeur in their strength and soaring forms; they cross barriers--physical, cultural, and spirtual. They are a metaphor for relationships between people. In this absorbing account, David Blockley celebrates the science, art, and craft; the engineering skills and the teamwork involved in building a bridge. Taking us through the flow of forces in structures such as arches and beams, he leaves the reader able to 'read any bridge like a book'." --Page [4] cover No se han encontrado descripciones de biblioteca. |
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Google Books — Cargando... GénerosSistema Decimal Melvil (DDC)624.2Technology Engineering and allied operations Civil Engineering BridgesClasificación de la Biblioteca del CongresoValoraciónPromedio:
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We can probably blame the publishers for the rather minimal quota of illustrations (bridges are a gloriously visual topic, it's really a shame that we get so few pictures of those mentioned in the text) and for the ridiculous decision to ban any maths beyond basic arithmetic. Surely, almost everybody likely to pick up a book like this will have done some high-school maths and physics and be familiar at least with trig functions and simple calculus, both of which would have made the book a lot easier to understand.
However, what is clearly the author's fault is that the book tries to do too many different things at the same time, and ends up not quite doing any of them in a completely satisfying way. As a counterpart to the language metaphors he consistently uses to support his explanation of the different elements used in bridges and the way they work (or fail to work) structurally, Blockley tries to get us into a postmodern discussion of the connections between physical and metaphorical bridges (on occasion, even metaphysical ones). But he doesn't really have enough space - or enough examples - to build this into anything worthwhile, and it just ends up as rather pointless froth at the beginning and end of his chapters.
More substantively, Blockley also wants to spend some time on what seems to be his own main research interest, the way "joined-up thinking" about the process as a whole is crucial to the success and safety of big engineering projects. This makes interesting reading as far as the details of the case-studies he presents go, but when it starts to get more theoretical it feels very much like a watered-down version of a lecture from a generic management course, little of which is specific to bridges or even to engineering. ( )