The strength of materials and structures.

Mode of access: Internet.

The practical mechanic's pocket guide, or, a concise treatise on the prime movers of machinery and the weight and strength of materials with numerous practical rules and tables /

With: The universal calculator's pocket guide. Glasgow : M'Phun, 1844. - The practical engineer's pocket guide. Glasgow : M'Phun, 1847. - The practical mathematician's pocket guide. Glasgow : M'Phun, 1847.

Robert's mechanic's assistant : or, Universal measurerer, containing a collection of tables of measures, weights and powers, with a correct method of calculating the horse powers of a steam engine ... Also, use of the common slide rule, with examples. With an appendix; exhibiting the strength of materials, and wheels.

Mode of access: Internet.

Text-book on the strength of materials

Mode of access: Internet.

Essential strength of materials.

Mode of access: Internet.

Practical essay on the strength of cast iron and other metals : containing practical rules, tables, and examples, founded on a series of experiments; with an extensive table of the properties of materials /

"A list of authors quoted in the alphabetical table, with the titles of the works from which the datea have been quoted": on verson of p.223.

Practical essay on the strength of cast iron, and other metals... containing practical rules, tables, and examples; founded on a series of new experiments, with an extensive table of the properties of materials.

"A list of authors": p. [299]-300.

Strength of stiffened plates with openings

The load-deflection and ultimate strength behaviour of longitudinally stiffened plates with openings was studied using a second-order elastic post-buckling analysis and a rigid-plastic analysis. The ultimate strength was predicted from the intersection point of elastic and rigid-plastic curves and the Perry strut formula. Comparison with experimental results shows that satisfactory prediction of ultimate strength can be obtained by this simple method. Effects of the size of opening, the initial geometrical imperfections and the plate slenderness ratio on the strength of perforated stiffened plates were also studied.

Lateral strength of zero bond masonry walls subjected to wind loads

Masonry walls are usually laid with the individual masonry units along a course overlapping units in the course below. Commonly, the perpend joints in the course occur above the mid-points of the units below to form a ‘half-bond’ or above a third point to form a ‘third-bond’. The amount of this overlap has a profound influence on the strength of a wall supported on three or four sides, where lateral pressures from wind cause combined vertical and horizontal flexure. Where masonry units are laid with mortar joints, the torsional shear bond resistance between the mortar and overlapping units largely determines the horizontal flexural strength. If there is zero bond strength between units, then the horizontal flexural strength is derived from the frictional resistance to torsion on the overlapping bed-faces of the units. This thesis reports a theoretical and experimental investigation into the frictional properties of overlapping units when subjected to combinations of vertical and horizontal moments and vertical axial compression. These basic properties were used to develop a theory to predict the lateral strength of walls supported on two, three or four sides. A plastic theory of behaviour was confirmed by experiment. The theory was then used to determine maximum unbraced panel sizes for particular boundary conditions. Design charts were developed to determine temporary bracing requirements for panels during construction.

Investigation of the column strength of USS "T-1" steel round bars for the United States Steel Corporation,

Mode of access: Internet.

Advanced mechanics of materials,

Mode of access: Internet.

The testing of materials of construction ; a text-book for the engineering laboratory and a collection of the results of experiment,

References: p. 11.

A text-book on the mechanics of materials and of beams, columns, and shafts /

Alternate leaves blank.

A text-book on the mechanics of materials and of beams, columns, and shafts /

Mode of access: Internet.

Tests of materials.

Mode of access: Internet.