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   NPTEL :: Metallurgy and Material Science - Advances in Corrosion Engineering
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Fe-H2O-O2 diagram. </a><li class=first id=lec7><a ; class=header href onclick=change_web_path(7,'113108051/module1/lecture7.pdf') style=border:none> Copper, Aluminium and general corrosion diagrams. </a></ul><li class=first><a title=".Electrode kinetics and polarization phenomena."class=header href=# style=border:none> Electrode kinetics and polarization phenomena </a> <ul><li class=first id=lec8><a ; class=header href onclick=change_web_path(8,'113108051/module2/lecture8.pdf') style=border:none> Electrode  solution interface  definition and types of polarization. </a><li class=first id=lec9><a ; class=header href onclick=change_web_path(9,'113108051/module2/lecture9.pdf') style=border:none> Exchange current density  polarization relationships. </a><li class=first id=lec10><a ; class=header href onclick=change_web_path(10,'113108051/module2/lecture10.pdf') style=border:none> Polarization techniques  corrosion rate determination. </a><li class=first id=lec11><a ; class=header href onclick=change_web_path(11,'113108051/module2/lecture11.pdf') style=border:none> Mixed potentials  concepts and Basics </a><li class=first id=lec12><a ; class=header href onclick=change_web_path(12,'113108051/module2/lecture12.pdf') style=border:none> Mixed potential theory  bimetallic couples </a><li class=first id=lec13><a ; class=header href onclick=change_web_path(13,'113108051/module2/lecture13.pdf') style=border:none> Mixed potential theory  activation and diffusion controlled processes </a></ul><li class=first><a title=".Methods of corrosion control."class=header href=# style=border:none> Methods of corrosion control </a> <ul><li class=first id=lec14><a ; class=header href onclick=change_web_path(14,'113108051/module3/lecture14.pdf') style=border:none> Prevention strategies  design and coatings. </a><li class=first id=lec15><a ; class=header href onclick=change_web_path(15,'113108051/module3/lecture15.pdf') style=border:none> Prevention strategies  inhibitors and surface engineering. </a><li class=first id=lec16><a ; class=header href onclick=change_web_path(16,'113108051/module3/lecture16.pdf') style=border:none> Cathodic protection  principles and classification </a><li class=first id=lec17><a ; class=header href onclick=change_web_path(17,'113108051/module3/lecture17.pdf') style=border:none> : Cathodic protection  influencing factors and monitoring. </a><li class=first id=lec18><a ; class=header href onclick=change_web_path(18,'113108051/module3/lecture18.pdf') style=border:none> Design aspects for cathodic protection. </a><li class=first id=lec19><a ; class=header href onclick=change_web_path(19,'113108051/module3/lecture19.pdf') style=border:none> Stray current corrosion. </a><li class=first id=lec20><a ; class=header href onclick=change_web_path(20,'113108051/module3/lecture20.pdf') style=border:none> Passivity  definitions and influencing parameters </a><li class=first id=lec21><a ; class=header href onclick=change_web_path(21,'113108051/module3/lecture21.pdf') style=border:none> Passivity  application of mixed potential theory </a><li class=first id=lec22><a ; class=header href onclick=change_web_path(22,'113108051/module3/lecture22.pdf') style=border:none> Passivity  design of corrosion resistant alloys </a><li class=first id=lec23><a ; class=header href onclick=change_web_path(23,'113108051/module3/lecture23.pdf') style=border:none> Anodic protection </a></ul><li class=first><a title=".Biological aspects of corrosion."class=header href=# style=border:none> Biological aspects of corrosion </a> <ul><li class=first id=lec24><a ; class=header href onclick=change_web_path(24,'113108051/module4/lecture24.pdf') style=border:none> Microbially influenced corrosion (MIC)  definitions, environments and microbiology </a><li class=first id=lec25><a ; class=header href onclick=change_web_path(25,'113108051/module4/lecture25.pdf') style=border:none> MIC - Electrochemical aspects and general mechanisms </a><li class=first id=lec26><a ; class=header href onclick=change_web_path(26,'113108051/module4/lecture26.pdf') style=border:none> MIC  Bacterial transport, attachment and affected materials. </a><li class=first id=lec27><a ; class=header href onclick=change_web_path(27,'113108051/module4/lecture27.pdf') style=border:none> MIC - Role of aerobic and anaerobic microorganisms </a><li class=first id=lec28><a ; class=header href onclick=change_web_path(28,'113108051/module4/lecture28.pdf') style=border:none> Mechanisms and models for SRB corrosion </a><li class=first id=lec29><a ; class=header href onclick=change_web_path(29,'113108051/module4/lecture29.pdf') style=border:none> MIC and Biofilms. </a><li class=first id=lec30><a ; class=header href onclick=change_web_path(30,'113108051/module4/lecture30.pdf') style=border:none> MIC  case studies and mechanisms </a><li class=first id=lec31><a ; class=header href onclick=change_web_path(31,'113108051/module4/lecture31.pdf') style=border:none> Biofouling of Titanium  biofilm studies </a><li class=first id=lec32><a ; class=header href onclick=change_web_path(32,'113108051/module4/lecture32.pdf') style=border:none> Biofouling of Titanium- biomineralization and corrosion aspects </a><li class=first id=lec33><a ; class=header href onclick=change_web_path(33,'113108051/module4/lecture33.pdf') style=border:none> MIC  Failure analysis. </a><li class=first id=lec34><a ; class=header href onclick=change_web_path(34,'113108051/module4/lecture34.pdf') style=border:none> MIC  Prevention and control. </a><li class=first id=lec35><a ; class=header href onclick=change_web_path(35,'113108051/module4/lecture35.pdf') style=border:none> Implant materials and corrosivity of human body </a><li class=first id=lec36><a ; class=header href onclick=change_web_path(36,'113108051/module4/lecture36.pdf') style=border:none> Medical implants - status and developments </a><li class=first id=lec37><a ; class=header href onclick=change_web_path(37,'113108051/module4/lecture37.pdf') style=border:none> Microbially induced concrete corrosion </a></ul><li class=first><a title=".Metallurgy and testing procedures."class=header href=# style=border:none> Metallurgy and testing procedures </a> <ul><li class=first id=lec38><a ; class=header href onclick=change_web_path(38,'113108051/module5/lecture38.pdf') style=border:none> Metallurgical properties influencing corrosion </a><li class=first id=lec39><a ; class=header href onclick=change_web_path(39,'113108051/module5/lecture39.pdf') style=border:none> Laboratory experiments in corrosion engineering  I </a><li class=first id=lec40><a ; class=header href onclick=change_web_path(40,'113108051/module5/lecture40.pdf') style=border:none> Laboratory experiments in corrosion engineering  II </a></ul></ul></div></div></div></div><div class=col-md-8><div style="float:left;width:820px; margin:0px 0px 0px 5px;"><div style=float:left;width:100%;><div id=tabs style=float:left;width:100%;><div id=myiframe><ul class="nav nav-tabs video-tabs"><li class=active><a aria-expanded=true data-toggle=tab href=#watch> Web Content </a><li><a data-toggle=tab href=#downloads> Downloads </a></ul><div class="tab-content video-contents"><div class="tab-pane active"id=watch><iframe style="width: 100%; margin-left: 0px; border: thin solid rgb(153, 153, 153); padding-right: 10px; height: 651px;"frameborder=0 id=contentiframe marginheight=0 marginwidth=0 name=myiframe src=/content/storage2/courses/113108051/module1/lecture1.pdf>loading...</iframe></div><div class="tab-pane fade"id=downloads><ul class="nav nav-tabs"></ul><div class=tab-content><div class="tab-pane fade active in"id=tab3></div></div></div></div></div><script>document.getElementById('myiframe').style.height = (getHeight()-150)+"px";</script></div></div></div></div><script>var lectype='Web';</script><script src=/assets/nptel_assets/js/script_old_course.js></script></div></div>