Over hundreds of years in worldwide, many of damages and fatalities caused by lightning have been reported with severed had injured in a short or long term effect. This work aims to model and analyse the different aspects of lightning mechanism in relation to the current and voltage distributions across the human body. The works have been carried using the electromagnetic transient program via transient modelling approach and the model is based on the well-published IEC standard. Results showed the variations in results of current and voltage distributions across the human vital parts under different injury mechanisms and different physical aspects of the victim
Electrical trauma can be caused by low-voltage current (from 60 to 1000 V, usually 220 or 360 V), hi...
Abstract: Discharges from overhead power lines and lightning discharges may severely endanger human ...
I report here on preliminary work incorporating transient effects from lightning into a global thund...
A lightning flash may interact with humans in several ways. The possible pathways of interactions ar...
A comprehensive account of lightning related hazards to human beings, both at general locations and ...
Lightning Injuries: Electrical, Medical, and Legal Aspects presents a thorough examination of injuri...
The effects of lightning currents can only be understood by considering the electrical aspects of th...
Lightning is a natural phenomenon which is created with impressive energy. Unlike other energy such ...
Abstract: Cloud to ground lightning causes damage to objects and injures people by different mechani...
Direct lightning strikes to the human head can lead to various effects, ranging from burnings to dea...
This chapter outlines the lesions thought to underlie the symptoms and signs of lightning injury. Ce...
This paper investigates the magnetostatic properties of Earth’s Potential Rise (EPR) distribution ca...
Lightning is one of nature's most powerful and destructive phenomena. Lightning discharges contain a...
It is a fact that Malaysia encounters more than 70% of power outages due to lightning and it is know...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
Electrical trauma can be caused by low-voltage current (from 60 to 1000 V, usually 220 or 360 V), hi...
Abstract: Discharges from overhead power lines and lightning discharges may severely endanger human ...
I report here on preliminary work incorporating transient effects from lightning into a global thund...
A lightning flash may interact with humans in several ways. The possible pathways of interactions ar...
A comprehensive account of lightning related hazards to human beings, both at general locations and ...
Lightning Injuries: Electrical, Medical, and Legal Aspects presents a thorough examination of injuri...
The effects of lightning currents can only be understood by considering the electrical aspects of th...
Lightning is a natural phenomenon which is created with impressive energy. Unlike other energy such ...
Abstract: Cloud to ground lightning causes damage to objects and injures people by different mechani...
Direct lightning strikes to the human head can lead to various effects, ranging from burnings to dea...
This chapter outlines the lesions thought to underlie the symptoms and signs of lightning injury. Ce...
This paper investigates the magnetostatic properties of Earth’s Potential Rise (EPR) distribution ca...
Lightning is one of nature's most powerful and destructive phenomena. Lightning discharges contain a...
It is a fact that Malaysia encounters more than 70% of power outages due to lightning and it is know...
The numeric technique TLM (Transmission Line Modelling Method) was applied to determine the transien...
Electrical trauma can be caused by low-voltage current (from 60 to 1000 V, usually 220 or 360 V), hi...
Abstract: Discharges from overhead power lines and lightning discharges may severely endanger human ...
I report here on preliminary work incorporating transient effects from lightning into a global thund...