P. Nimityongskul

发表

APPROPRIATE TECHNOLOGY FOR THE PRODUCTION OF REACTIVE RICE HUSK ASH

P. Nimityongskul, Alex B. We, 1981 .

DEVELOPMENT AND APPLICATION OF CEMENTITIOUS COMPOSITES

N. Anwar, P. Nimityongskul, In Thailand, 2007 .

Influence of Heating Envelope on Structural Fire Integrity of Ferrocement Jackets

P. Nimityongskul, V. Greepala, 2009 .

An integrated approach for optimum design of HPC mix proportion using genetic algorithm and artificial neural networks

Pichai Nimityongskul, Rattapoohm Parichatprecha, P. Nimityongskul, 2009 .

Quick monitoring of pozzolanic reactivity of waste ashes.

Pichai Nimityongskul, Suppachai Sinthaworn, P. Nimityongskul, 2009, Waste management.

Prediction of later-age compressive strength of normal concrete based on the accelerated strength of concrete cured with microwave energy

P. Nimityongskul, T. Pheeraphan, Lilik Cayliani, 2002 .

Use of coconut husk ash, corn cob ash and peanut shell ash as cement replacement

P. Nimityongskul, T. U. Daladar, 1995 .

A bamboo reinforced cement water tank

P. Nimityongskul, A. Chembi, P. Nimityongskul, 1989 .

Structural integrity of ferrocement panels exposed to fire

P. Nimityongskul, V. Greepala, 2008 .

Analysis of durability of high performance concrete using artificial neural networks

P. Nimityongskul, R. Parichatprecha, P. Nimityongskul, 2009 .

THE USE OF RICE HUSK ASH IN CONCRETE

Y. Loo, P. Nimityongskul, 1983 .

Performance test of a model for predicting strength development of fly ash-concrete

Tahir, P. Nimityongskul, 2002 .

Development of Lightweight Aggregate Concrete Containing Pulverized Fly Ash and Bottom Ash

N. Anwar, P. Nimityongskul, Theradej Litsomboon, 2008 .

Effects of temperature and alkaline solution on electrical conductivity measurements of pozzolanic activity

P. Nimityongskul, S. Sinthaworn, 2011 .

Use of classified rice husk ash for high strength concrete

S. Barbhuiya, P. Nimityongskul, Junlatep Chitasombuti, 2006 .