Baja karbon: Perbedaan antara revisi

Ketika persentase kandungan karbon meningkat, baja akan semakin [[kekerasan|keras]] dan [[kekuatan bahan|kuat]] dengan [[perlakuan panas]]; namun [[keuletan (fisika)|keuletankeuletannya]]nya akan berkurang. Kandungan karbon yang tinggi juga akan mengurangi kemampuan untuk disambung dengan las. Pada baja karbon, makin tinggi kandungan karbon maka titik leburnya akan menurun.<ref>{{Citation | last = Knowles | first = Peter Reginald | title = Design of structural steelwork | page = 1 | publisher = Taylor & Francis | year = 1987 | edition = 2nd | url = http://books.google.com/books?id=U6wX-3C8ygcC&pg=PA1 | isbn = 978-0-903384-59-9 | postscript =.}}</ref>

== Referensi ==

== Pranala luar ==

* {{Citation | last = Degarmo | first = E. Paul | last2 = Black | first2 = J T. | last3 = Kohser | first3 = Ronald A. | title = Materials and Processes in Manufacturing | publisher = Wiley | year = 2003 | edition = 9th | isbn = 0-471-65653-4 | postscript =.}}

* {{Citation |last= Oberg |first= E. |coauthors= et al. |title= Machinery's Handbook |edition= 25th |year= 1996 |publisher= Industrial Press Inc | isbn = 0-8311-2599-3 | postscript =.}}

* {{Citation | last = Smith | first = William F. | last2 = Hashemi | first2 = Javad | title = Foundations of Materials Science and Engineering | edition = 4th | year = 2006 | publisher = McGraw-Hill | isbn = 0-07-295358-6 | postscript =.}}

[[CategoryKategori:Baja]]