Basic Structural Engineering By Krishna Raju
Department of Civil Engineering B.Tech (Civil Engineering) COURSE STRUCTURE (Applicable for 2012-13 admitted batch). Design basic steel members subjected compression, tension and bending as per IS 800 codal Provisions. Structural Design and Drawing by N.Krishna Raju; University Press, KAKINADA. Overview Undergraduate Programmes Postgraduate Programmes Doctoral Programmes Rules & Procedures Academic Calendar Functionaries & Dealing Clerks. Academic Units. Departments Centres List of Visiting Professor / Emeritus Professor. Alumni Central Library TEQIP III Admissions.
As a Commonwealth scholar, he completed his Ph. It incorporates the integrated limit state concepts in design with emphasis on the practical aspects using the latest BIS codes. Download Prestessed Concrete By N Krishna Raju — This concrrete is popular among engineering teachers, students, and those who are practicing structural engineering.
From India to U.S.A. About this Item: New Age International (P) Limited, 2014. Condition: New. First edition. This book systematically explains the basic principles and techniques involved in the design of reinforced concrete structures. It exhaustively covers the first course on the subject at B.E./ B.Tech level. Important features:.
Exposition is based on the latest Indian standard code IS: 456-2000. Limit state method emphasized throughout the book. Working stress method also explained. Detailing aspects of reinforcement highlighted. Incorporates earthquake resistant design. Includes a large number of solved examples, practice problems and illustrations.
The book would serve as a comprehensive text for undergraduate civil engineering students. Practising engineers would also find it a valuable reference source. Printed Pages: 626. Seller Inventory # 24557 2.
From India to U.S.A. About this Item: CBS Publishers & Distributors Pvt. Condition: New. The second edition of the book was long overdue and is now presented incorporating the various changes required in the text matter in most of the chapters conforming to the revised Indian Standard Code IS: 456-2000. The new revised Indian Standard Code emphasizes the importance of Limit State Design Philosophy for reinforced concrete structures while the traditional working stress design is incorporated in the Annexure-B of the revised code. Consequently the design examples are presented according to the limit state design procedure enshrined in the code.Most of the chapters have been completely revised with examples based on the limit state design procedure.
In addition the use of SP: 16 design charts and tables for rapid design of rein- forced concrete structures generally required in the design offices by structural engineers is also included in some of the typical design examples. The working drawings of the various structures conform to the detailing procedural outlined in the special publication SP:34 Hand Book on Concrete Reinforcement and Detailing Bureau of Indian Standard New Delhi. The decision of elevated water tanks presented in Chapter-6 conforms to the Indian Standard Code IS:3370 which prescribes the working stress design for the water retaining portion of the structure. Printed Pages: 370. Seller Inventory # 34970 5.
From India to U.S.A. About this Item: Universities Press, Hyderabad, India, 2009. Condition: New. Third Edition. Structural Design and Drawing: Reinforced Concrete and Steel provides, in SI units, an integrated text catering to the needs of civil and structural engineering students and practicing engineers.
The various design examples presented conform to the latest Indian Standard Codes dealing with reinforced concrete and steel structures. Detailed drawings along with carefully chosen examples, many of them from examination papers, greatly facilitate the understanding of the subject. The third edition incorporates the various changes required in the design of steel structures to conform to the recently revised Indian Standard Code IS: 800-2007. Printed Pages: 428.
Size: 180 x 240 Mm. Seller Inventory # 031393 6. From India to U.S.A. About this Item: New Age International (P) Limited, 2014. Condition: New. First edition. This book systematically explains the basic principles and techniques involved in the design of reinforced concrete structures.
It exhaustively covers the first course on the subject at B.E./ B.Tech level. Important features:. Exposition is based on the latest Indian standard code IS: 456-2000. Limit state method emphasized throughout the book. Working stress method also explained.
Detailing aspects of reinforcement highlighted. Incorporates earthquake resistant design. Includes a large number of solved examples, practice problems and illustrations. The book would serve as a comprehensive text for undergraduate civil engineering students. Practising engineers would also find it a valuable reference source. Printed Pages: 626.
Seller Inventory # 24557 7. From India to U.S.A.
About this Item: CBS Publishers & Distributors Pvt. Condition: New. Preface to the Third Edition Preface to the Second Edition Preface to the First Edition I. GENERAL FEATURES OF REINFORCED Concrete: 1. Introduction 2.
Design Loads 3. Materials for Reinforced Concrete 4. Code Requirements of Reinforcements in Structural Concrete Members 5. Specifications of Cover Requirements for Steel Reinforcements II. ELASTIC OR WORKING STRESS THEORY OF REINFORCED CONCRETE SECTIONS: 1.
Elastic Theory of R.C. Neutral Axid Depth and Moment of Resistance of Section 3. Balanced, Underreinforced and Overreinforced Sections 4. Analysis Examples 5. Examples for Practice III. PRINCIPLES OF LIMIT STATE DESIGN: 1.
Philosophy of Limit State Design 2. Principles of Limit States 3. Safety Factors 4. Characteristic and Design Loads 5. Characteristic and Design Strengths IV.
ULTIMATE Strength OF REINFORCED CONCRETE SECTIONS: 1. General Aspects 2. Ultimate Flexural Strength of Rectangular Sections 3. Ultimate Flexural Strength of Flanged Sections 4.
Ultimate Flexural Strength of Doubly Reinforced Sections 5. Ultimate Shear Strength of Reinforced Concrete Sections 6. Ultimate Torsional Strength of Reinforced Concrete Sections 7. Examples for Practice V. SERVICEABILITY LIMIT STATES: 1.
General Aspects 2. IS: 456-2000 Code Deflection Limits 3.
Calculation of Deflections (Theoretical Method) 4. Cracking in Structural Concrete Members 5. Examples for Practice VI. LIMIT STATE DESIGN OF BEAMS: 1. General Features 2. Selection of Cross Sectional Dimensions 3. Singly Reinforced Beams 4.
Doubly Reinforced Beams 5. Flanged Beams 6. Cantilever Beams 7. Continuous Beams 8.
Basic Structural Engineering By Krishna Raju In Hindi
Examples for Practice VII. LIMIT STATE DESIGN OF SLABS: 1. General Aspects 2. Design of One Way Slabs 3.
Design of Two Way Slabs 4. Design of Cantilever Slabs 5.
Design of Continuous Slabs 6. Design of Flat Slabs 7.
Yield Line Analysis of Slabs 8. Examples for Practice VIII.
LIMIT STATE DESIGN OF COLUMNS AND FOOTINGS: 1. General Aspects 2. Effective Length 3. Loads on Columns 4. Slenderness Limits for Columns 5. Minimum Eccentricity 6.
Design of Short Axially Loaded Columns 7. Design of Compression Members with Helical Reinforcement 8. Columns Subjected to Combined Axial Load and Uniaxial Bending 9. Columns Under Compression and Biaxial Bending 10. Slender Columns 11. Design of Footings 12. Design Examples 13.
Examples for Practice IX. DESIGN OF STAIR CASES: 1. General Features 2. Types of Stair Cases 3. Loads on Stair Cases 4. Effective Span of Stairs 5. Distribution of Loading on Stairs 6.
Design Examples 7. Examples for Practice X. DESIGN OF RETAINING Walls: 1. General Features 2. Wall Proportions 3.
Design Principles 4. Counterfort Retaining Walls 5.
Design Example (Cantilever Retaining Wall) 6. Design Example (Counterfort Retaining Wall) 7. Examples for Practice XI.
PILE AND RAFT FOUNDATIONS: 1. Structural Design of R.C. Raft Foundations 4. Design Examples 5. Examples for Practice XII. WORKING STRESS METHOD OF DESIGN: 1.
General Principles of Working Stress Design 2. Design of Slabs 3. Design of Beams 4.
Design of Column and Footingsz 5. Design of Retaining Walls 6.
Design of Stair Cases 7. Design of Domes 8. Design of Water Tanks 9. Examples for Practice Printed Pages: 290. Seller Inventory # 35044.