...Company History - Larsen and Toubro | 1946 - On 7th February, the Company was incorporated. Larsen & Toubro carries on business as civil mechanical electrical chemical & Agricultural engineers as manufacturers as importers & exporters & as contractors. The Company represents a large number of overseas manufactures, notably manufacturers of tractors, agricultural machinery, dairy machinery, film cooling towers and general industrial and engineering plants and coal mining machinery. 1969 - With effect from 1st Oct., Alu Capsules Ltd & India, Crown Cork, Co. Ltd, both wholly owned subsidiaries were amalgamated with the company. And a new division was formed like Bottle Closure Division. 1975 - During the year, the company commissioned a plant at Bangalore for the manufacture of multipurpose hydraulic excavators and high pressure hydraulic system in collaboration with Poclain, S.A. France. 1977 - During the year Faridabad Factory become operative and commenced the manufacture of switchboards. 1979 - With effect from 1st April, Wilcox Buckwell India, Ltd another subsidiary, was merged with the company. ...
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...control of the resultant cement company. However, L&T managed to retain certain key assets like L&T brand, ready mix cement (RMC) business & and the entire residential and office property of the cement division. L&T’s equity capital of Rs, 248.67 crore, consisting of approx. 24.88 crore shares of ₹ 10 each was reduced. L&T’s paid up capital was brought down to ₹ 24.88 crores from ₹ 248.67 crore (24.88 shares @ ₹ 10) consisting of 12.44 crore shares of ₹ 2 each. Accordingly shareholders of L&T received one share of ₹ 2 face value of new L&T for every two shares of ₹ 10 face value of old L&T. UltraTech paid up capital was fixed at ₹ 124.91 crores consisting of approx. 12.49 crore shares of ₹ 10 face value. L&T was allotted 20 % of UlraTech’s equity. The remaining 80 % was allotted to shareholders of L&T in the same proportion as the stake held by them i.e. 2 shares of UltraTech for 5 shares in L&T. With this Grasim would receive approx. 12.5 % stake in UltraTech against its 15.73 %stake in L&T. Out of L&T's 20 % stake in Ultra Tech, L&T will sell 8.5 % stake to Grasim @ ₹ 171.30/share as against the earlier offer of Grasim @ ₹ 130/share. With this, Grasim will hold approx. 21 % in UltraTech. Grasim would then make an open offer for 30 % of the UlraTech's equity at the same price and would take its stake to 51 per cent. Grasim sold approx. 14.93 % of its 15.73 % stake in L&T to an employee's trust of L&T at ₹ 120/pre de-merger...
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...A CASE STUDY ON CORPORATE RESTRUCTURING IN L&T SUBMITTED BY: GROUP 1 ANSHU KUMARI (60011) ABHIJEET SINHA (60001) AMBUDHEESH PARASAR (60005) ABHISHEK CHOUDHARY (60002) AMRIT RAJ (60006) HIMANI SINGHAL (60016) IN THE COURSE OF COST ACCOUNTING DURING TRIMESTER 2 IN THE ACADEMIC BATCH OF 2013-15, CIMP UNDER THE GUIDANCE OF DR. ASHISH VARMA ACKNOWLEDGMENT The light of a matchstick can never be a match for sunlight. In the similar fashion, it was not possible for our group to complete the project on our own. First of all, we would like to extend our gratitude to DR. Ashish Varma .we were fortunate that he considered us to be good enough to carry on with this project. It was his valuable suggestion, constant help and incessant monitor which helped us in carrying out this project. We would also like to thank our friends and family for their valuable inputs and help. We would be failing in our duty if we ignore the library resource centre of CIMP as it helped us in gathering information which helped us in carrying out this project. 1. INTRODUCTION After the opening up of the Indian economy there had been an advent of large MNC’s and big global corporate houses in India. As a result there had been a constant pressure on Indian corporate houses not only to survive but to come out as a key player in their respective sectors. Many of the Indian firms which followed a rigid organisational structure felt the need to restructure their businesses. Many of the...
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...Reprint JULY 1993 UDC 666 l 942 @ BIS 1990 BUREAU MANAK OF BHAVAN, 9 INDIAN BAHADUR NEW DELHI STANDARDS SHAH 110002 Price Group 4 ZAFAR MARG January 1990 Cement and Concrete Sectional Committee, CED 2 FOREWORD This Indian Standard ( Fourth Revision ) was adopted by the Bureau of Indian Standards on 20 June 1989, after the draft finalized by the Cement and Concrete Sectional Committee had been approved by the Civil Engineering Division Council. This standard was first published in 1951 and subsequently revised in 1958, 1967 and 1976. This fourth revision incorporates the experience gained with the use of this specification and brings the standard in line with the present practices followed in the production and testing of cement. Since the third revision of this standard was published, a large number of amendments have been issued from time to time in order to modify various requirements based on experience gained with the use of the standard and the requirements of the users, and also keeping in view the raw materials and fuels available in the country for the manufacture of cement. The important amendments include increase in insoluble residue from 2 to 4 percent, incorporating 33 MPa as the 28-day compressive strength, making autoclave soundness test compulsory irrespective of magnesia content, incorporating a provision for retest in respect of autoclave soundness test after aeration of. the cement, incorporating a clause on false set...
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...Proceedings of the Eastern Asia Society for Transportation Studies, Vol. 5, pp. 1673 - 1686, 2005 EVALUATION OF THE DECENTRALIZED PLANT DISTRIBUTION SYSTEM IN THE LOGISTICS OF THAI CEMENT Pairoj RAOTHANACHONKUN Graduate Student Department of Civil and Environmental Engineering Nagaoka University of Technology 1603-1 Kamitomioka-machi, Nagaoka, Niigata, 940-2188, Japan Fax: +81-258-47-9650 E-mail: pairoj@stn.nagaokaut.ac.jp Shinya HANAOKA Assistant Professor Transportation Engineering School of Civil Engineering Asian Institute of Technology P.O. Box 4, Klong Luang, Pathumthani, 12120, Thailand Fax: +66-2-524-5509 E-mail: hanaoka@ait.ac.th Abstract: Siam Cement Public Company Limited (SCC) faced stiff competition after the economic crisis in 1997, decided to close most of their warehouses for the change of logistics system. SCC presently operates five cement plants located whole regions in Thailand with except of the northeast region where three warehouses are still operated. This plant distribution system can be called the decentralized plant distribution system. Which plant distribution system is more efficient for SCC as the logistics strategy between centralized and decentralized? Based on this background, total logistics costs of both systems are formulated and calculated. In addition, the locations of a single warehouse without plant operation are evaluated using linear programming to minimize total logistics costs, which calculated with and without environmental cost...
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...STONEHAVEN STONEHAVEN 1.0 What are the daily capacities and Manufacturing Lead Time of Cutting Stitching and Lasting Cutting, Department considering a 100 pair batch i b t h 10 pair batch? CUTTING DEPARTMENT 100 pair batch Capacity, CT and MLT CUTTING DEPARTMENT 100 pair batch Cutting Shoe leather 4* (5.25 100*0 05) 4 (5 25 + 100 0.05) = 41 minutes Leathe rSheets Cut Linings 4* (5.00 + 100*0.05) = 40 minutes Cut insole 4* (4 00 + 100*0.04) = 32 (4.00 100*0 04) minutes There are three parallel operations each of which cuts 100 of four different Shoe operations, components (creating 1200 pieces in 100 pair batch), each of which requires Four die changes CUTTING DEPARTMENT 100 pair batch Cutting Shoe leather 4* (5.25 100*0 05) 4 (5 25 + 100 0.05) = 41 minutes Leathe rSheets Cut Linings 4* (5.00 + 100*0.05) = 40 minutes Cut insole 4* (4 00 + 100*0.04) = 32 (4.00 100*0 04) minutes Capacity = 480/41 = 11 7 batches = 1170 pairs of shoe per shift 11.7 MLT = 41 minutes. Cycle time = 41 minutes CUTTING DEPARTMENT 10 pair batch Capacity, CT and MLT CUTTING DEPARTMENT 10 pair batch Cutting Shoe leather 4* (5.25 4 (5 25 + 10 * 0 05) = 0.05) 23 minutes Leathe rSheets Cut Linings 4* (5.00 + 10 * 0.05) = 22 minutes Cut insole 4* (4 00 + 10 * 0.04) = (4.00 0 04) 17.6 minutes Capacity = 480/23 = 20 9 batches = 209 pairs of shoe per shift 20.9 MLT = 23 minutes. Cycle Time = 23 minutes CUTTING DEPARTMENT While changing from a 100...
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...www.GrowingScience.com/uscm Sustainable accounting reporting practices of Indian cement industry: An exploratory study Shagufta Khana , Vineet Chouhanb*, Bibhas Chandrac and Shubham Goswamib a Research Scholar, School of Management, Sir Padampat Singhania University, Udaipur-India Assistant Professor, School of Management, Sir Padampat Singhania University, Bhatewar, Udaipur-India, 313601 c Associate Professor, School of Management, Sir Padampat Singhania University, Bhatewar, Udaipur-India, 313601 b CHRONICLE Article history: Received September 10, 2013 Received in revised format 10 December 2013 Accepted February 25 2014 Available online February 27 2014 Keywords: Cement Industry Sustainability Financial Information Environment Accounting Reporting Sustainable Reporting Practices ABSTRACT Cement is the single most important and profitable product in the building material sector. With the economic boom, in India, Indian cement industry is a market of opportunities waiting to be tapped. However, at the same time cement industry is also experiencing a surge in demand. Production of Cement will always release carbon dioxide and change in the climate of the earth that is why despite its profitability, the cement industry faces many challenges regarding environmental concerns and sustainability issues. In order to minimize the impact of all of the above mentioned issues, it is clear that the cement and construction industry will have to adapt to remain sustainable and in this process...
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...in the Europe, the US and Japan combined, it employs more than 40 million people. Among all Organization for Economic Co-operation and Development (OECD) countries, the construction industry accounts for an average of 6.47 percent of GDP. History since Industrial Revolution: There were many factors that revolutionized the construction industry after the industrial revolution. The invention of Portland cement, glass, reinforced concrete, architectural glasses, cranes etc. has brought in a huge leap in the technology. Cement: Portland cement was developed from natural cements made in Britain in the early part of the nineteenth century, and its name is derived from its similarity to Portland stone, a type of building stone that was quarried on the Isle of Portland in Dorset, England. The most common use of Portland cements is creating concrete. When water is mixed to the cement it hardens in the time of drying thus creating a very stable structure. This started giving the buildings great strength and look. There are two types of Portland cements namely...
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...Renuka Sugar | 402 | Orient Paper | 3 | Reliance Inds. | 103 | Shree Cement | 203 | Opto Circuits | 303 | H T Media | 403 | IVRCL | 4 | Coal India | 104 | M R P L | 204 | TTK Prestige | 304 | KSK Energy Ven. | 404 | Nitin Fire Prot. | 5 | ITC | 105 | Bajaj Finserv | 205 | Prestige Estates | 305 | Bombay Dyeing | 405 | SRF | 6 | St Bk of India | 106 | Wockhardt | 206 | CESC | 306 | BGR Energy Sys. | 406 | Unichem Labs. | 7 | HDFC Bank | 107 | Bhushan Steel | 207 | Madras Cement | 307 | City Union Bank | 407 | Magma Fincorp | 8 | Infosys | 108 | United Spirits | 208 | D B Corp | 308 | United Bank (I) | 408 | Elantas Beck | 9 | NTPC | 109 | Satyam Computer | 209 | Info Edg.(India) | 309 | Kennametal India | 409 | Hotel Leela Ven. | 10 | Bharti Airtel | 110 | GMR Infra. | 210 | Indiabulls Power | 310 | KPIT Infosys. | 410 | Styrolution ABS | 11 | ICICI Bank | 111 | Tech Mahindra | 211 | Voltas | 311 | Tuni Text. Mills | 411 | Gravita India | 12 | H D F C | 112 | Aditya Bir. Nuv. | 212 | Shri.City Union. | 312 | Wyeth | 412 | ICRA | 13 | Hind. Unilever | 113 | JP Power Ven. | 213 | Jindal Saw | 313 | Sadbhav Engg. | 413 | P I Inds. | 14 | Wipro | 114 | Piramal Enterp. | 214 | Pfizer | 314 | Bajaj Hindusthan | 414 | Rolta India | 15 | Larsen & Toubro | 115 | Reliance Capital | 215 | Lanco Infratech | 315 | Orissa Minerals | 415 | Federal-Mogul Go | 16 | NMDC | 116 | JSW Energy | 216 | H D I L | 316 | Vakrangee Soft. | 416 | AP Paper | 17 | Tata Motors | 117...
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...Shah Rahman1, Reynold K. Watkins2 ABSTRACT The analysis of longitudinal deformations compared to performance limits of deformation in buried pipes is referred to as longitudinal mechanics. Principal causes of longitudinal stress and strain within a pipe system include changes in temperature, internal pressure or vacuum, and beam bending. The widespread use of thermoplastic pipes, namely polyvinyl chloride (PVC), in municipal applications throughout North America in the past four decades has made it necessary to re-visit the topic of longitudinal mechanics for pipes that incorporate various types of joining systems. Typical North American PVC pipe joints are either bell-and-spigot gasket-joint or welded (heat-fused Fusible PVC and solvent-cement joints). Analysis herein focuses on the three main causes of longitudinal stresses and strains in bell-and-spigot gasket joints and welded joints, and includes discussion of theoretical concepts such as the Poisson effect and the Reissner effect. Topics which have raised issues in the field such as ponding due to sags in a PVC gravity line and the occasional cracking of PVC pipe bells during or after installation are also discussed. Current industry and manufacturer recommendations of various design parameters are provided in conjunction with the analysis. INTRODUCTION Buried pipes form the bedrock of civilization’s infrastructure, the arteries of communal life. As the exigency for quality communal life increases, so also does the necessity...
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...[pic] Brief Overview TITAN Group is an independent multi-regional producer of cement and other related building materials with over 100 years of industry experience. The group is based in Greece and is operating in 13 countries; Europe, North America and Eastern Mediterranean. Furthermore, is organized in the following four operating (geographic) segments: Greece and Western Europe, North America, South East Europe, and Eastern Mediterranean. It operates primarily in Greece, the Balkans, Egypt and the United States. Its subsidiaries include among other, Aeolian Maritime Company, Fintitan SRL, Aemos Cement Ltd, Titan Cement U.K. Ltd, Metro Redi-Mix LLC, Cement Plus Ltd and Cementara Kosjeric AD. TITAN covers the production of cement, concrete, aggregates, mortars and other building materials; transportation - distribution of products; processing and industrial utilization of fly ash. Today, with an annual production capacity of 11 million tons and more than 5,500 employees worldwide, Titan Cement Group is the leading cement producer in Greece. Titan is also the largest producer of ready-mix concrete in Greece and is the largest quarry operator in the country. TITAN’s business success and reputation are based on the application of the best available technologies (BAT), for production procedures and distribution methods, on systematic research and constantly upgraded know-how, and on its high-quality human resources. Throughout its history...
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...produced by action of various fluxes upon gangue materials within the iron ore during the process of pig iron making in blast furnace and steel manufacturing in steel melting shop. Primarily, the slag consists of calcium, magnesium, manganese and aluminium silicates in various combinations. The cooling process of slag is responsible mainly for generating different types of slags required for various end-use consumers. Although, the chemical composition of slag may remain unchanged, physical properties vary widely with the changing process of cooling. In an integrated steel plant, 2 to 4 tonnes of wastes (including solid, liquid and gas) are generated for every tonne of steel produced. A c c o r d i n g l y, t o d a y t h e e m p h a s i s i s o n t h e avoidance of waste generation, recycling and reuse of waste, and minimising the adverse impact of disposal on the environment. Among all the solid/liquid wastes, slags generated at iron making and steel making units are created in the largest quantities. With increasing capacities, disposal of large quantities of slag becomes a big environmental concern and a critical issue for steel makers. Over the last few years, with a better understanding of slags, its functions and improvements in process technologies have led to a significant reduction in the volume of slag generated. At the same time, the re-use of iron and steel making slags has also been expanded, and has led to a significant reduction in the ...
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...TECHNIQUE OF RATIO ANALYSIS” FOR ULTRA TECH CEMENT LTD AT KOVAYA, AMRELI, GUJARAT SUBMITTED TO TILAK MAHARASHTRA UNIVERSITY IN PARTIAL FULFILLMENT OF 2 YEARS FULL TIME COURSE MASTER OF BUSINESS ADMINISTRATION (MBA) Submitted By: FURKAN Y. KAMDAR (Batch 2008-10) Guided By: Prof.R.GANESHAN MAHARASHTRA COSMOPOLITAN EDUCATION SOCIETY’S PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE CAMP PUNE-411001 1 Maharashtra Cosmopolitan Education Society’s PAI International Centre for Management Excellence CERTIFICATE This is to certify that FURKAN Y.KAMDAR student of PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE, Maharashtra Cosmopolitan Education Society, Pune has completed his field work at ULTRA TECH CEMENT LTD on the topic of ―FINANCIAL STATEMENT ANALYSIS BY USING THE TECHNIQUE OF RATIO ANALYSIS”FOR ULTRA TECH CEMENT LTD and has submitted the field work report in partial fulfilment of 2 years full time course MASTER IN BUSINESS ADMINISTRATION of college for the academic year 2008-2009 He has worked under our guidance and direction. The said report is based on bonafide information. Project Guide Name Prof. R Ganesan Designation Director Pai International Centre for Management Excellence Date: Place: Pune 2 PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE Maharashtra Cosmopolitan Education Society DECLARATION I hereby declare that the project titled ―FINANCIAL STATEMENT ANALYSIS OF ULTRATECH CEMENT LTD.‖ is an original piece of research work...
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...TECHNIQUE OF RATIO ANALYSIS” FOR ULTRA TECH CEMENT LTD AT KOVAYA, AMRELI, GUJARAT SUBMITTED TO TILAK MAHARASHTRA UNIVERSITY IN PARTIAL FULFILLMENT OF 2 YEARS FULL TIME COURSE MASTER OF BUSINESS ADMINISTRATION (MBA) Submitted By: FURKAN Y. KAMDAR (Batch 2008-10) Guided By: Prof.R.GANESHAN MAHARASHTRA COSMOPOLITAN EDUCATION SOCIETY’S PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE CAMP PUNE-411001 1 Maharashtra Cosmopolitan Education Society’s PAI International Centre for Management Excellence CERTIFICATE This is to certify that FURKAN Y.KAMDAR student of PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE, Maharashtra Cosmopolitan Education Society, Pune has completed his field work at ULTRA TECH CEMENT LTD on the topic of ―FINANCIAL STATEMENT ANALYSIS BY USING THE TECHNIQUE OF RATIO ANALYSIS”FOR ULTRA TECH CEMENT LTD and has submitted the field work report in partial fulfilment of 2 years full time course MASTER IN BUSINESS ADMINISTRATION of college for the academic year 2008-2009 He has worked under our guidance and direction. The said report is based on bonafide information. Project Guide Name Prof. R Ganesan Designation Director Pai International Centre for Management Excellence Date: Place: Pune 2 PAI INTERNATIONAL CENTRE FOR MANAGEMENT EXCELLENCE Maharashtra Cosmopolitan Education Society DECLARATION I hereby declare that the project titled ―FINANCIAL STATEMENT ANALYSIS OF ULTRATECH CEMENT LTD.‖ is an original piece of research work...
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...temperature curing. Tensile capacity is provided by steel micro-fibres rather than conventional reinforcement. The result is a material with the potential for flexural strength up to 50 MPa and ductility and energy absorption values approaching those of steel. The low and non-connected porosity of RPC also render it extremely durable. RPC offers the possibility of building with concrete using slender members in a ‘steel-like’ fashion with improved seismic response, and may also find application in other areas as a pseudo-plastic cold ceramic. Acknowledgments This work was funded by the Building Research Levy. Kay Card of Industrial Research Ltd is thanked for the electron microscopy work and Golden Bay Cement provided sedimentological analyses of the cement and silica pozzolans employed. Note...
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