The New Science Of Strong Materials: Or Why You Don't Fall Through The Floor

Código: 100191 Marca:
R$ 129,68
até 2x de R$ 64,84 sem juros
ou R$ 123,20 via Pix
Adicionar ao carrinho Disponibilidade: 90 dias úteis Estoque: 20 unidades
    • 1x de R$ 129,68 sem juros
    • 2x de R$ 64,84 sem juros
  • R$ 123,20 Pix
  • R$ 129,68 Boleto Bancário
* Este prazo de entrega está considerando a disponibilidade do produto + prazo de entrega.
Why Isn't Wood Weaker That It Is? Why Isn't Steel Stronger? Why Does Glass Sometimes Shatter And Sometimes Bend Like Spring? Why Do Ships Break In Half? What Is A Liquid And Is Treacle One? All These Are Questions About The Nature Of Materials. All Of Them Are Vital To Engineers But Also Fascinating As Scientific Problems. During The 250 Years Up To The 1920S And 1930S They Had Been Answered Largely By Seeing How Materials Behaved In Practice. But Materials Continued To Do Things That They "Ought" Not To Have Done. Only In The Last 40 Years Have These Questions Begun To Be Answered By A New Approach. Material Scientists Have Started To Look More Deeply Into The Make-Up Of Materials. They Have Found Many Surprises; Above All, Perhaps, That How A Material Behaves Depends On How Perfectly - Or Imperfectly - Its Atoms Are Arranged. Using Both Si And Imperial Units, Professor Gordon's Account Of Material Science Is A Demonstration Of The Sometimes Curious And Entertaining Ways In Which Scientists Isolate And Solve Problems.
ISBN 9780140135978
Autor(a) Gordon, J. E.
Editora Penguin Books - UK
Idioma Inglês Britânico
Ano de edição 1991
Páginas 288
Acabamento Brochura
R$ 129,68
até 2x de R$ 64,84 sem juros
ou R$ 123,20 via Pix
Adicionar ao carrinho Disponibilidade: 90 dias úteis Estoque: 20 unidades
Pague com
  • Pagali
  • Pix
Selos

MYRE EDITORA, COMERCIALIZADORA, IMPORTADORA E DISTRIBUIDORA LTDA - CNPJ: 50.295.718/0001-20 © Todos os direitos reservados. 2025

Utilizamos cookies para que você tenha a melhor experiência em nosso site. Para saber mais acesse nossa página de Política de Privacidade