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Masani, N. J.
- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet
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Indian Forester, Vol 76, No 8 (1950), Pagination: 330-342Abstract
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- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet
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Indian Forester, Vol 76, No 9 (1950), Pagination: 383-394Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet
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Indian Forester, Vol 76, No 10 (1950), Pagination: 428-445Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet - Part V ( a ) (Graphical Method)
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Indian Forester, Vol 77, No 1 (1951), Pagination: 28-54Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet - Part V(b) (Analytical Method)
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Indian Forester, Vol 77, No 2 (1951), Pagination: 130-148Abstract
No abstract- Simple Calculations in the Design of forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet - Part V(b) (Analytical Method)
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Indian Forester, Vol 77, No 3 (1951), Pagination: 192-205Abstract
No abstract- Forest Research Institute Exhibits at the Indian International Engineering Exhibition at Delhi
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Indian Forester, Vol 77, No 3 (1951), Pagination: 206-209Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet - Part V (b) (Analytical Method)
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Indian Forester, Vol 77, No 5 (1951), Pagination: 343-359Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet - Part V ( c) (Stress Diagm. Method)
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Indian Forester, Vol 77, No 6 (1951), Pagination: 401-414Abstract
No abstract- Simple Calculations in the Design of Forest Bridges of Stock Spans of 15, 20, 30 and 40 Feet
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Indian Forester, Vol 77, No 8 (1951), Pagination: 517-536Abstract
No abstract- Forest Booms
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Indian Forester, Vol 78, No 10 (1952), Pagination: 514-532Abstract
No abstract- Hardwood Timber Connectors and an Improvised Machine for Making them for Rural Areas
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Indian Forester, Vol 81, No 12 (1955), Pagination: 774-777Abstract
No abstract- Fire Hazard in Timber Structures
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Indian Forester, Vol 83, No 4 (1957), Pagination: 289-290Abstract
No abstract- Timber Bridges for Rural Areas
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Indian Forester, Vol 88, No 10 (1962), Pagination: 750-766Abstract
In the Development Plans of a country, roads play an important role, because in the present age of vehicular traffic these are the major as well as cheaper means of communication. Bridges are an essential prerequisite to roads as they are required to span small as well as large gaps. In rural areas where local timber is readily available, timber bridges can economically be used over nullahs and streams of small spans where heavy vehicular traffic is restricted to about 10-ton road rollers. As timber has a satisfactory salvage value it can be re-used in case the bridge is abandoned due to detour and other reasons.- Utilization of Short-length Small-dimensioned Secondary Timber Species in the Construction of a Glazed Green House
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Indian Forester, Vol 85, No 3 (1959), Pagination: 183-189Abstract
No abstract- Utilization of Small-dimension Stock in the Building Industry Through Modern Timber Engineering
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Indian Forester, Vol 85, No 10 (1959), Pagination: 600-602Abstract
The scope for utilizing small-dimension stock instead of large timber pieces, to construct (with the aid of modern timber engineering techniques) timber structures used in the building industry is indicated. The effects of such chang-eover, not only on timber conversion and utilization, but also on the objects and methods of forest management are explained. It is suggested that fast-grown timber species could be raised and worked with advantage on comparatively short rotations, in conjunction with the utilization of small-dimension stock for constructional work.- Use of Structural Timbers from Cultural Operations by Modern Timber Engineering Technique
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Indian Forester, Vol 89, No 2 (1963), Pagination: 103-111Abstract
No abstract- Integrated Schemes of Saw Mills, Seasoning Sheds and Preservation Plants for Utilization of Secondary Species of Timber Required for Structural Purposes
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Indian Forester, Vol 90, No 4 (1964), Pagination: 229-240- Structural Design of a Timber Altar for the International Eucharistic Congress, Bombay (India), 1964
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Indian Forester, Vol 91, No 9 (1965), Pagination: 639-652Abstract
Line-drawing designs from qualified architects in India were invited by the Organising Committee of XXXVIII International Eucharistic Conllress held in Bombay in November-December, 1964, for open competition, in which Shri Suraj P. Subherwal, B. Arch., A.I.I.A., a young Architect of Calcutta, won the first prize. After the competition, Shri Subherwal was requested to adjust his designs to the full requirements including the design lay-out of the site (Plate I, fill. 3). His line-drawing concept was accepted by the. authorities for erection of the Main Altar structure. On this line diagram basis of the Architect, the author was approached for a possible and practical Timber structural design to be executed and guided at site of erection. This paper explains the main ideas of design, load data, timber choice and fabrication and erection technique so as to make an interesting and educative reading material for architects,. engineers, builders and the public at large.- Timber Bridges for Rural Areas Series II (Span 7 and 8 Metres)
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Indian Forester, Vol 92, No 2 (1966), Pagination: 89-108Abstract
no abstract- A Forest Rest House with Timber Roof Frames at Muni-Ki-Reti, Rishikesh
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Indian Forester, Vol 92, No 12 (1966), Pagination: 722-726Abstract
The new designs developed by Timber Engineering Branch through research data, design developments, fabrication technique, etc., are best popularised through Forest Officers in their Divisions and Ranges by construction of Civil Engineering Structures like Forest Rest Houses, Forest Officers' Bungalows, Rangers' Residences, Forest Chowkees. Etc. This will make a readymade proving ground in our Forests through Forest Officers to give further impetus to Engineers, Architects and Builders in order to utilize timber rationally and scientifically. With a view to fulfil this objective special Courses in Timber Engineering for Forest Officers were started annually since 1963 to give practical shape to the objectives of the Timber Engineering Branch as laid down by Government of India. To further implement this objective, Chief Conservator of Forests, Uttar Pradesh, proposed the construction of a Forest Rest House at Muni-ki-Reti, Rishikesh, with Timber Roof Frames, etc., incorporating constructional details of modern Timber Engineering including termite prevention by constructional methods. With a view to implement the suggestion of the Chief Conservator of Forests, Uttar Pradesh, the Timber Engineering Branch of the Forest Research Institute designed the Forest Rest House with timber roof frames incorporating some of the research solutions in the Scheme. The following is the report of the construction of Rest House which was carried out in 1964-65 by Shri C.B. Singh, Divisional Forest Officer, Tehri Forest Division under guidance and supervision of Timber Engineering Branch, Forest Research Institute.- Salient Data on Design and Construction of a Deer Park Shed in Timber (1965-66)
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Indian Forester, Vol 93, No 10 (1967), Pagination: 717-719Abstract
no abstract- From Laboratory Know-how to Field Show-how in Timber Engineering
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Indian Forester, Vol 94, No 1 (1968), Pagination: 69-78Abstract
Great significance is being attached to the applied research programmes of our National Research Laboratories and Research Institutions so that the laboratory 'know-hows' may be of immediate value in the promotion of developmental activities and stabilization of country's economy. This paper narrates the usefulness of modern Timber Engineering research projects at the Forest Research Institute. It cites the illustrative examples of new techniques and developments in the workshop laboratory and their equivalent demonstration and economical application in the construction field. The following specific problems based on modern Timber Engineering technique have been discussed:- (a) Adoption of secondary species for structural purposes. (b) Use of short length small dimensioned timbers in constructional works. (c) Effective and economical jointing devices for timber structures. (d) New trends in timber structures. (e) Anti-termite gadgets by constructional methods. As such the main aim of our research studies is to extend the knowledge gained in the design offices, research laboratories and workshops to the Engineers, Architects, Builders and Foresters in the field for adoption in their extension works and achieving the much-sought-for economy in construction costs and at the same time conserve the building materials. The case for rational utilization of timber as a structural material in the present and future construction programmes have been presented by giving 'know-hows' 'show-hows' and the economy available in the various aspects of modern timber engineering practices.- Timber Bridges for Rural Areas Series III : Span-10 Metres
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Indian Forester, Vol 95, No 2 (1969), Pagination: 103-122Abstract
One of the main objectives of the Timber Engineering Branch, Forest Research Institute, as laid down by Governmpnt of India in 1953 when the Branch was set up, is to prepare standard designs of timber bridges for field use by engineers, architects, builders, foresters and public at large. With this consideration in view it was decided to bring out a series of such standard designs to be published in various popular technical journals and the Indian Forester Accordingly, Series I and Series II have already been published and the present Series III is a further link in the chain. Experience shows that usually technical papers contain compacated design calculations involving higher mathematics and thus making practical construction rather intriguing. In order, therefore, to produce the text in a practical form, detailed calculations, etc., have been ellminated in these series so that useful construction hints and self-explanatory drawing plates are only presented. This enables even a subordinate engineer, to get the structure fabricated and erected with the help of available local artisans on the basis of these stock designs. These designs are also helpful to Government organisations and private enterprises having a skeleton of engineering staff and who are independcent of the P.W.D. or similar constructional agencies. Forest Officers who are their own engineers can also make the best use of these stock designs for practical implementation.- Timber at Work for Wild Life Sanctuaries and National Zoological Parks
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Indian Forester, Vol 95, No 11 (1969), Pagination: 776-784Abstract
This paper narrates the field utility of secondary species of structural timbers based on modern Timber Engineering techniques for development of Sanctuaries and National Parks. Adoptin of secondary species for structural purposes and use of short-length small-dimensioned,timber stock with effective jointing techniques, results in considerable economy coupled with aesthetic beauty, strength, durability, and ease of fabrication. New tecnique of using Bamboo, another forest and natural resource, as reinforcement in cement concrete structures has been highlighted in the paper along with installation of anti-termite-cum-damp proof gadgets through constructional measures to safeguard the timber fixtutes,furnishings,etc.,inside the building as also the timber components of the structures.Different types of structures required for Sanctuaries and National Parks are mentioned in the paper which if adopted will be considerably cheap in comparison to other types of structures and consistent with forest environments and forest labour to be utilized.- A New Bond in Brick Masonry
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Indian Forester, Vol 98, No 3 (1972), Pagination: 187-191Abstract
no abstract- Rational Classification of Structural Timbers of Andaman and Nicobar Islands
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