Aloka PARASHER : Mlecchas in early India. A study in attitudes towards outsiders up to AD 600, New Delhi, Munshiram Manoharlal Publishers Pvt Ltd, 1991, 236 p., bibliogr., index.

Incomplete oblique fissure with absence of lingula, cardiac notch in left lung: A case report

“…Left lung is divided into two lobes by oblique fissure. 1 The oblique fissure of the left lung begins from the posterosuperior aspect of the hilum just above gap between the left pulmonary artery and left principal bronchus runs upwards, cuts the posterior border at level of 4 t h and 5 t h thoracic spine, it runs downwards and forwards over the costal surface, continues across the diaphragmatic surface and turns upward on to the medial surface to end just below the lower end of the hilum. 2 The anterior border of left lung is thin and presents a cardiac notch below the 4 t h costal cartilage where the heart and pericardium are not covered by lung.…”

“…The lingula is a tongue-like projection from the anterior border of the left lung in the lower end. 1 The oblique fissure of the left lung is usually more vertical. It is indicated approximately by the medial border of the scapula when the arm is fully abducted above the shoulder.…”

Modeling and simulation of heterogeneous moisture content influence on foundation settlement in silt clay

“…In terms of both analytical treatment and practical experimentation, the degree of soil saturation that it experiences orchestrates a decrease in the bearing capacity of shallow foundations. According to theory, only a few numbers of researchers have addressed this issue (Krishnamurthy and [1][2][3][4][5] Experimental research studies and similar examinations had some restrictions. [2][3][4][5][6][7][8] Using kinematic approaches of limit analysis [8][9][10][11] research study developed Influence on groundwater from the carrying capacity of shallow foundations.…”

“…According to theory, only a few numbers of researchers have addressed this issue (Krishnamurthy and [1][2][3][4][5] Experimental research studies and similar examinations had some restrictions. [2][3][4][5][6][7][8] Using kinematic approaches of limit analysis [8][9][10][11] research study developed Influence on groundwater from the carrying capacity of shallow foundations. A method was put out by 4 that estimate the loss in bearing capacity caused by a static water table at any depth in any type of soil.…”

“…A method was put out by 4 that estimate the loss in bearing capacity caused by a static water table at any depth in any type of soil. According to 5,6 the air permeability was effectively zero for saturation levels beyond 85%. Buildings, bridges, highways, and other sorts of structures are all recognized to rest directly on the ground beneath them.…”