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w w w . u p n m . e d u . m y
penyel idikan
dan inovasi
LAPORAN TAHUNAN
UNIVERSITI PERTAHANAN
NASIONAL MALAYSIA
2015
Produk
Blast Resistant Glass
Panel
Easy Deployment
Warning Sign
Tropical Rainstorm
Light
Modelling Of Shooter
Position Using
Gordon’s Method
Nama Penyelidik
Prof. Madya Ir. Dr.
Mohammed Alias bin Yusof
En. Muhammad Azani bin
Yahya
Dr. Wan Rozita binti Wan Din
Bil.
5.
6.
7.
8.
Anugerah
Gangsa
Gangsa
Gangsa
Gangsa
Ringkasan Produk
The aim of this project is to develop a low
cost blast resistance laminated glass using
polyurethane resin as and interlayer which be
able to offer protection against extreme violent
attacks such as ballistic or bomb threats.
This new lamination technology process do
not required autoclave and have lower
manufacturing cost.
Easy Deployment Compact (EDC) Barrier has
been designed to give an option for replacing
the existing warning sign that being used by
road user on the breakdown vehicle. The
main objective of this product is to develop an
easy deployment barrier with better visibility
and portable. The EDC Barrier designs were
focused on the issue of portability, visibility and
durability. The advantages of this EDC Barrier
are easy to handle, less space required for
storage, light, stable, visibility enhancement
and durable. The perception form users being
collected to get the optimum design. For
technicality, EDC Barrier being simulates using
finite element method (Patran). The results
show that the EDC Barrier was durable and the
users really agreed that this barrier can minimize
risk because of the enhancement in visibility
factor. This EDC Barrier being designed to be
incorporated for car and motorcycle.
When driving in a rainstorm and visibility is low,
many drivers are quick to turn on a vehicle’s
hazard lights, thinking that this will help other
drivers behind to see his vehicle in the rain.
Another reason is to alert other drivers that the
vehicle is being driven slowly due to the rain.
Although turning on the hazard lights in the rain
is well-meaning, it is a practice which is
against
the traffic regulations
and
can do more
harm than good.
The aim of this project is to develop a
mathematical biomechanical modeling of a
shooter’s position while firing a rifle. Gordon’s
method used in this project allows the
determination of correct angles of elbows,
shoulders and wrists for left and right arms
of soldiers and at the same time enables the
calculation for torques value from the model
developed.