Recent Publications

2014

1. “Large Scale Roughness”, International Journal of Civil Engineering, ISSN(E) : 2278-9995, Vol. 3, Issue 3, May 2014, 123-138

2. “Surface Friction in Open Channel”, International Journal of Civil Engineering ISSN (p) :2278-9987, Vol. 3, Issue 3, May 2014, 39-54

3. “Friction Factor in Open Channel”, International Journal of Civil Engineering, ISSN (p) :2278-9987, ISSN(E) : 2278-9995, Vol. 3, Issue 3, May 2014, 19-38

4. “Drag Force in Open Channel”, International Journal of Civil Engineering, ISSN (p) :2278-9987, March 2014, 82-102

5. “Flow Resistance in open Channel ISSN (p) :2278-9987, March 2014, 39-52

6. “Open Channel flow resistance” ”, International Journal of Civil Engineering, ISSN(E) : 2278-9995, March 2014, 25-38

2016

1. Determination of function of effective roughness concentration from different forms of equation with respect to minimum velocity of flow, 89-98, Jan 2016, IJIRC, ISSN/ISBN No. 2455-2275 (E).

2. Determination of roughness parameters for maximum value and minimum value of function of effective roughness concentration from the equation, 27-36, Jan 2016, IJIRC, ISSN/ISBN No. 2455-2275 (E).

3. Most appropriate equation for relative submergence, 22-29, Feb 2016, IJIRC, ISSN/ISBN No. 2455-2275 (E)

4. Comparison of Manning’s roughness coefficient and Darcy Weisbach resistance coefficient, 58-67, Feb 2016, IJIRC, ISSN/ISBN No. 2455-2275 (E)

5. Determination of function of effective roughness concentration from the equations derived w.r.t to maximum mean depth of flow, 1-8, Feb 2016, IJIRC, ISSN/ISBN No. 2455-2275 (E)

 Member of Professional Bodies

Member, ISTE

Text and Refrence Books

 4 Books published related to research in open channel hydraulics