PROBLEMS OF PROJECTS AND EFFECTS OF DELAYS IN THE. Improper planning, poor site management, insufficient experience, shortage of materials and equipment etc. The major factor of construction problems is project’s delay 23. Delay means loss of income according to and for the owner or client. In case of contractor, delay refers to the.
May 26, 2013
S.# | TITLE | AUTHOR |
1 | A Course in Civil Engineering Drawing | Sikka, V. B. |
2 | A course in docks and harbour engineering | Bindra, Dr. S. P. |
3 | A course in Highway engineering | Bindra,S.P. |
4 | A Practical Guide on Construction Drawings and Reinforcement Detailing | Iqbal,S. |
5 | Engineering drawing : Geometrical drawing | Gill, P. S. |
6 | A textbook of estimating and costing (civil): Including accounts and building bye-laws | Kohli, D. D. |
7 | A textbook of railway engineering | Saxena, S. C. |
8 | A textbook of transportation engineering | Chandola, S. P. |
9 | A textbook of Water Power Engineering: Including dams engineering, hydrology and fluid power engg. | Sharma, R. K. |
10 | A textbook on basic civil Engineering and Engineering Mechanics with practical’s and viva | Gupta, J. P. |
11 | A textbook Of Engineering and General Geology | Singh, P. |
12 | Advanced Reinforced Concrete Design | Varghese,P.C. |
13 | Advanced technical communication | Tyagi, Kavita |
14 | Basic civil engineering | Hiraskar, G. K. |
15 | Basic Communication Skills For Technology | Rutherfoord, A.J |
16 | Building Construction | Rangwala |
17 | Building construction handbook | Mathur, S. |
18 | Building materials | Varghese, P. C. |
19 | Civil Estimating & Costing: Including quantity surveying, tendering and valuation | Upadhyay, A. K. |
20 | Concise handbook of Civil Engineering | Vazirani, V. N. |
21 | Concrete Technology | Rethaliya,R.P. |
22 | Concrete technology: Theory and practice | Gambhir, M L |
23 | Concrete technology: Theory and practice | Shetty, M. S. |
24 | Construction management and P.W.D Accounts | Lal, D. |
25 | Construction of structures and management of works | Rangala |
26 | Construction project planning and scheduling | Patrick, Charles |
27 | Construction Project scheduling and Control | Mubarak, Saleh |
28 | Construction Technology | Bryan, T. |
29 | Design Graphics: Drawing techniques for design professionals | Koenig, P. A. |
30 | Design of concrete structures | Bandyopadhyay, J. N. |
31 | Design of reinforced concrete foundations | Verghese, P. C. |
32 | Design of reinforced concrete shells and folded plates | Verghese, P. C. |
33 | Design of reinforced concrete structures | Gambhir, M. L. |
34 | Design Of Small Dams | United states department of the interior |
35 | Design Of Steel Structures | Sai Ram,K.S. |
36 | Design of steel structures | Dayaratnam, P. |
37 | Design of steel structures | Segui, William |
38 | Dynamics of Structures | Paultre, Patrick |
39 | Dynamics Of Structures Theory and applications to earthquake engineering | Chopra, A.K. |
40 | Earthquake Engineering For Structural Design | Mathur,S. |
41 | Earthquake Resistant Building Construction | Sharma,N. |
42 | Earthquake resistant design of structures | Agarwal, Pankaj |
43 | Earthquake-resistant design of masonry building | tomazevic, Miha |
44 | Electrical engineering fundamentals | Toro, Vincent Del |
45 | Elements of bridge tunnel and railway engineering | Bindra,S.P. |
46 | Water: Culture, Politics and Management | Vatsyayan, Kapila |
47 | Elements of Civil Engineering and Engineering Mechanics | Raikar, R. V. |
48 | Elements of civil engineering and engineering Mechanics | Prakash, M. N. Shesha |
49 | Engineering Fluid Mechanics | Balachandran,P. |
50 | Engineering Fluid Mechanics | Kumar,K.L. |
51 | Engineering in rocks for slopes, foundations and tunnels | Ramamurthy, T. |
52 | Engineering management: Challenges in the new millennium | Chang, C. M. |
53 | English For Engineers | Abidi,A. |
54 | Estimating, Costing And Valuation | Rangwala, S.C. |
55 | Fluid flow in pipes and channels | Asawa, G. L |
56 | Fluid Mechanics | Pnueli, D. |
57 | Fluid Mechanics | Kumar, D. S. |
58 | Foundation design in practice | Ghosh, Karuna Moy |
59 | Foundation engineering | Varghese, P. C. |
60 | Fundamentals of Engineering Drawing: With an introduction to interactive Computer graphic for Design | Luzadder, Warren J. |
61 | Fundamentals of Fluid Mechanics | Munson,B.R. |
62 | Fundamentals of reinforced concrete | Sina, N. C. |
63 | Fundamentals of reinforced concrete design | Gambhir, M. L. |
64 | Fundamentals Of Soil Dynamics and earthquake engineering | Prasad,B.B. |
65 | Fundamentals of Structural Analysis | West, Harry H. |
66 | Fundamentals of structural analysis: With computer analysis and applications | Roy, Sujit Kumar |
67 | Fundamentals of surveying | Roy, S. K. |
68 | Geotechnical Engineering: Principles and Practices | Coduto, Donald P. |
69 | Geotechnical Engineering (Soil Mechanics) | Ramamurthy,T.N. |
70 | Groundwater hydrology | Todd, David Keith |
71 | Groundwater management: Sustainable approaches | Bhatnagar, Meenu |
72 | Handbook of soil analysis: Mineralogical, organic and inorganic methods | Pansu, Marc |
73 | Harbor, dock and tunnel engineering | Srinivasan,R. |
74 | Highway Engineering | Wright, Paul H. |
75 | Hydraulics and Pneumatics | Upadhyay, A. K. |
76 | Hydrology and soil conservation engineering: Including watershed management | Das, Ghanshyam |
77 | Hydrology and water resources of india | Jain, sharad K. |
78 | Indian Practical Civil Engineering’s Handbook | Khanna, P. N. |
79 | Industrial waste water treatment | Patwardhan, A. D. |
80 | Introduction to hydraulics and pneumatics | Ilango, S. |
81 | Introduction to Hydrology | Viessman, Jr. Warren |
82 | Irrigation and drainage engineering | Siddiqui, Iqtidar H. |
83 | Irrigation and water power engineering | Das, Madan Mohan |
84 | Irrigation engineering & hydraulic structures | Sahasrabudhe, S. R. |
85 | Irrigation Engineering : Including hydrology | Sharma, R. K. |
86 | Limit state design in structural steel | Shiyekar, M. R. |
87 | Limit state design of reinforced concrete | Varghese, P. C. |
88 | Managing the Construction Process: Estimating, Scheduling, and Project Control | Gould, Frederick |
89 | Manual of Soil analysis: Monitoring and Assessing Soil Bioremediation | Margesin, Rosa |
90 | Mastering: AutoCAD 2012 and AutoCAD LT 2012 | Omura, George |
91 | Mechanics of structures Vol.2: Theory and analysis of structures | Junnarkar, S. B. |
92 | Microsoft Office Project 2003 | Chatfield,C. |
93 | Practical design of reinforced concrete structures | Ghosh, K. M. |
94 | Principles and practice of bridge engineering | Bindra, S. P. |
95 | Principles and practice of soil science: The soil as a natural resource | White, Robert E. |
96 | Principles of highway engineering and traffic analysis | Mannering , Fred L. |
97 | Principles of pavement design | Yoder, E. J. |
98 | Principles of tunneling, ports and harbours | Singh, P |
99 | Principles of water and wastewater treatment | Gaur, P. K. |
100 | Professional Communication | Tyagi,K. |
101 | Properties of Concrete | Neville, A. M. |
102 | Question bank Civil Engineering | Murty, V. S. |
103 | R.C.C. design and drawing | Sharma, N. |
104 | Principles Of Railway Engineering | Rangwala, S. C. |
105 | Reinforced Concrete Vol-1 | Shah,H.J. |
106 | Soil and foundation engineering | Upadhyay, A.K. |
107 | Soil and Water Conservation Engineering | Schwab, G.O. |
108 | Soil mechanics & foundation engineering | Raj, P. Purushothama |
109 | Soils in construction | Schroeder, W. L. |
110 | Stability analysis and design of structures | Gambhir, M. L. |
111 | Steel structures: Design and drawing | Upadhayay, A. K. |
112 | Strength of Materials | Upadhyay, A. K. |
113 | Strength of Materials | Chakraborti, M. |
114 | Strength of Materials structures | Case, John |
115 | Strength of Materials | Upadhyay, A. K. |
116 | Strength of Materials | Singh, Surendra |
117 | Strength of Materials: Mechanics of solids | Kumar, Ranjan |
118 | Strength of Materials | Chakraborti, M. |
119 | Structural analysis | Das, Madan Mohan |
120 | Structural analysis: In theory and practice | Williams, Alan |
121 | Structural Design in Steel | Raz, Sarwar Alam |
122 | Structural mechanics | Upadhyay, A. K. |
123 | Structures | Schodek, D. L. |
124 | Surveying | Saikia, Mimi Das |
125 | Surveying | Bannister, Arthur |
126 | Surveying and Leveling (Part 2) | Kanetkar, T.P. |
127 | Technical Communication A Practical approach | Pfeeiffer,W. S. |
128 | Technical Writing | Basu,B.N |
129 | Technical Writing Process And Product | Gerson,S.J. |
130 | Textbook of geotechnical engineering | Khan, Iqbal H. |
131 | Textbook of soil mechanics and foundation engineering | Murty, V. N. S. |
132 | The Seismic Design Handbook | Naeim, Farzad |
133 | Theoretical foundation engineering | Das,B.M. |
134 | Theory and practice of foundation design | Som, N. N. |
135 | Theory of Structures | Khurmi, R. S. |
136 | Transportation Engineering | Upadhyay, A. K. |
137 | Transportation engineering: An Introduction | Khisty, C. jotin |
138 | Tunnel engineering | Saxena, Subash C. |
139 | Turbulent flow | Garde, R. J. |
140 | Understanding concept of structural analysis and design | Parikh, Janak P. |
141 | Valuation of real properties | Rangwala |
142 | Water And Waste water Systems | Ahluwalia, P. |
143 | Water and wastewater technology | Hammer, Mark J. |
144 | Elements of civil engineering | Kandya, Anurag A. |
145 | Water Resources Engineering | Wurbs,R.A |
146 | Water resources engineering | Sahasrabudhe, S. R. |
147 | Water supply and pollution control | Viessman, Warren |
148 | Water supply in rural india (policy and programmed) | Ghosh, G. |
149 | Water Works Engineering Planning, design and operation | Qasim,S.R. |
150 | Soil mechanics | Lambe, T. William |
151 | Basic civil engineering | Gopi, Sathees |
152 | Building practice: Civil engineering | Singh, Suraj |
153 | Estimating construction costs | Peurifoy, Robert, L. |
154 | Prestressed concrete bridgrs | Raju , N. Krishna. |
155 | Road infrastructure : Issue and implications | Date, Vivek |
156 | Quality management of cement concrete construction | Gahlot, PS |
157 | Soil survey manual | United state department |
158 | Transport planning and traffic engineering | Flaherty, C. A. O. |
159 | Textbook of soil mechanics and foundation engineering | Murthy, V. N. S. |
160 | Pavement analysis and design | Huang, Yang, H. |
161 | Integrated life cycle design of structures | Sarja, Asko |
162 | Structural analysis | Das, Madan Mohan |
163 | Transportation Engineering and Planning | Papacostas, C.S. |
164 | Principles of transportation engineering | Chakroborty, Partha |
165 | Theory and practice of water and wastewater treatment | Droste, Ronald |
166 | Highway Engineering | Wright, Paul H. |
167 | A dictionary of civil engineering | Ghose, D. N. |
168 | Bridge Maintenance, safety and management | Mathur, Sanjeev |
169 | Soil mechanics & foundation engineering | Raj, P. Purushothama |
170 | Structural plasticity: Limit, shakedown and dynamic plastic anayses of structures | Yu, Maohong |
171 | Basic engineering mechanics and strength of materials | Das,Madan,Mohan |
172 | Elements of civil engineering | Saikia, Mimi, Das |
173 | Analysis and design practice of steel structures | Ghosh, Karuna Moy |
174 | Soil mechanics and foundation engineering | Kalita, Utsav chandra |
175 | Surveying | Saikia, Mimi Das |
176 | Elementary engineering surveying | Ghosh, J. K. |
177 | Reinforced concrete: Handbook for building design limit state & working stress methods of design | Krishnamurthy, D. |
178 | Cities and urban life | Macionis, John J. |
179 | Canal design and construction | Bairathi, V.K. |
180 | Experiments in hydraulic engineering | Singh, Sarbjit |
181 | Strength of Materials | Srivastava, A. K. |
182 | Basics of the Engineering Drawing | Engr. Siddiqi, Zahid Ahmed |
183 | Engineering Drawing: Plane and Solid Geometry | Bhatt, N. D. |
184 | Engineering Drawing: with an introduction to AutoCad | Jolhe, Dhananjay A |
Construction engineering is a professional discipline that deals with the designing, planning, construction, and management of infrastructures such as highways, bridges, airports, railroads, buildings, dams, and utilities. Construction Engineers are unique such that they are a cross between civil engineersand construction managers. Construction engineers learn the designing aspect much like civil engineers and construction site management functions much like construction managers.
The primary difference between a construction engineer and a construction manager is that the construction engineer has the ability to sit for the Professional Engineer license (PE) whereas a construction manager cannot. At the educational level, construction managers are not as focused on design work as they are on construction procedures, methods, and people management. Their primary concern is to deliver a project on time, with-in budget, and of the desired quality.
The difference between a construction engineer and civil engineer is only at the educational level as both disciplines are able to sit for the PE exam giving them the same title of engineer. Civil engineering students concentrate more on the design work, gearing them toward a career as a design professional. This essentially requires them to take a multitude of design courses. Construction engineering students take design courses as well as construction management courses. This allows them to understand both the design functions as well as the building requirements needed to design and build today's infrastructures.
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