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Education and Career Forum
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| 11th December 2013 11:21 AM | |
| Unregistered |
Re: Karunya University Civil Engineering- Reinforced Concrete Structures - II Exam %u2013 Download Previous Year%u2019s Question Papers I have diploma in civil engineering 4th semistar environmental engineering model paper |
| 21st April 2013 10:01 AM | |
| Unregistered |
Re: Karunya University Civil Engineering- Reinforced Concrete Structures - II Exam %u2013 Download Previous Year%u2019s Question Papers sir pls give the previous year quesion paper for diploma holder student . thnks a lot |
| 3rd March 2013 08:48 PM | |
| Unregistered |
Re: Karunya University Civil Engineering- Reinforced Concrete Structures - II Exam %u2013 Download Previous Year%u2019s Question Papers KINDLY POST THE PREVIOUS YEAR QUESTION PAPERS OF FILM AND TELEVISION INSTITUTES ENTRANCE EXAMS |
| 9th February 2013 11:11 AM | |
| jeyamkiruthika |
Re: Karunya University Civil Engineering- Reinforced Concrete Structures - II Exam – Download Previous Year’s Question Papers am jeyamkiruthika now am pursuing M.B.A i dnt know how to prepare the ias exam ..and what is the first step to strat the ias exam |
| 30th September 2012 12:19 AM | |
| neeraj_m |
Karunya University Civil Engineering- Reinforced Concrete Structures - II Exam – Download Previous Year’s Question Papers Reinforced Concrete Structures – II is an intricate subject having many models and theories to explicate the various concepts and relationships critical for the subject. The course outline reveals topics about basic introduction to the matter, structural designs and code specifications for the designs. Other topics underline bending mechanics, building codes, concrete in tension, compression, structures like beams and slabs, types of slabs like over-reinforced, balanced and under-reinforced, load situations, analysis methods, strength designing, strength requirements, reinforcement ratio, analysis and design of rectangular beams, structural steel, dead loads and live loads, load resistance, environmental load, fatigue load, reliability factors, ratio factors, analysis of tension members, virtual work method, loading and collapse mechanisms, lateral support, residual stress, stiffened elements, non-stiffened elements, column formulas, theories of plastics, shears, building frames and hinges. These form the groundwork of the total program and classes are taken to reinforce students on the theoretical and practical models of reinforced structures. |
