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Stiri @ro Archive

Radu – Cristian DINU

Posted 03/02/2014 By Costel Burada

IMPORTANCE OF DEFENSIVE DRIVING

Driving from one location to another is a routine part of daily activities in construction. Unfortunately, it is also one of the most hazardous activities. According to the National Safety Council, traffic crashes are the leading cause of all work-related fatalities in the United States.

Despite this sobering statistic, the fact remains that many traffic-related accidents can be avoided when we make safe driving practices a part of their day-to-day routine. Understanding the importance of defensive driving and committing to it can go a long way toward preventing and reducing injury on the road. This is the best way to get your New York drivers license.

Here are a few tips to help you drive safely and defensively:

  1. Focus on the task at hand. Texting, phone conversations, eating, drinking, adjusting the heat or air conditioning, and engaging in discussions can distract you as you drive and lead to accidents.
  2. Expect other drivers to make mistakes and anticipate them.
  3. Drive the speed limit. Drivers must honor the speed limits. In adverse driving conditions, reduce speed to a safe operating speed that is consistent with the conditions of the road, weather, lighting and volume of traffic. Tires can hydroplane on wet pavement at speeds as low as 40 mph.
  4. Always use your seat belt appropriately. Position the lap belt across the upper thighs and the diagonal belt across the chest.
  5. When in doubt, yield. Drivers must yield the right of way at all traffic signals, emergency vehicles, and signs. Drivers should also be prepared to yield for safety’s sake at any time. Pedestrians and bicycles in the roadways always have the right of way.
  6. Stop on red. The leading cause of intersection collisions is running the red light. Be alert of other vehicles, pedestrians, and bicyclists when approaching intersections. Never speed through an intersection on a caution light. When the traffic light turns green, look both ways for oncoming traffic before proceeding.
  7. Avoid backing where possible. When backing is necessary, keep the distance traveled to a minimum and be particularly careful. Check behind your vehicle before backing. Back to the driver’s side. Do not back around a corner or into an area of no visibility.
  8. Use your blinkers. Make your lane changes and turns predictable and smooth, and always signal in advance.
  9. Don’t tailgate. Leave adequate space between you and the car in front of you to ensure your safety if you both have to stop quickly. The three second rule is the idea that your car should pass a fixed object three seconds after the car ahead of you when the driving conditions are good. Leave more space in inclement weather.
  10. Don’t drive after or while consuming alcohol or using drugs.
  11. Adjust for inclement weather. Wet, slick pavement increases your brake time. Do not use cruise control on wet or icy roads. Add extra space between your car and the one in front of you.

How to Fix a Leaky Flat Roof

Posted 03/02/2014 By Costel Burada

 

If you own a commercial building in the Las Vegas valley, the odds are that it has a flat roof. While these are popular among builders and business owners due to their low cost and ease of maintenance, if you fall behind with your flat roof repairs, the roof could quickly deteriorate in the event of a major storm. Sometimes you may not know you have an issue until it’s too late and your leaky flat roof turned the inside of your building into a swimming pool, get the most accurate damage measures with Roof Inspection Charlottesville VA.

 

 

How to Tell You Need Flat Roof Repair

Flat commercial roofs have a finite lifespan. Over the years, the hot Las Vegas sun can break down roofing material that protects your building’s roof from leaks. Below are some ways to tell you need flat roof repair:

  • Repeated, extensive water pooling on the roof
  • Large tears, cracks, or rips in the roof or seams
  • Blistering and bubbling from adhesion failure
  • The presence of moisture and leaks inside the building
  • The pulling away of flashing from the corners of the roof
  • The presence of lichen, mold, moss, and\or algae
  • Damaged top coat

Some commercial roofs are made of materials that hide problems. It is best to call professional roofing contractors to address these unseen problems.

 

What to Do When Your Flat Roof Leaks in Heavy Rain

Nothing is quite as concerning as seeing a constant drip of water coming from your ceiling. This is a possibility if you neglect to repair your roof. As water flows from your ceiling during heavy rain, there is little you can do. But to limit the water damage, here are some ways to repair flat roof leaks:

  • Locate the source or location of the leak by checking the ceiling and attic to find the leak.
  • Put containers under the leak to catch the water. To keep your floor as dry as possible and safe to walk on, collect the leaking water in buckets and mop around the area regularly.
  • Call a commercial flat roofing repair company like The Original Roofing Company. Professional roof technicians will have the knowledge and equipment needed to quickly and temporarily stop the leak.

What Causes Flat Roof Leaks?

There are many causes of flat roof leaks. The common sources include the following:

  • Inadequate drainage. If your roof can’t properly drain water, it will pool. Over time, standing water can destroy roofing materials that make the roof susceptible to leaks.
  • An old roof. Older roofs are more prone to leaks as years of heat, sun, rain, and wind destroy the roofing material.
  • Damaged flashing. Improperly installed or damaged flashing leaves the corners of the roof exposed to the elements, including rain. Poor flashing can allow water to penetrate the roofing system.
  • Problematic roof membrane. Tears, cracks, punctures, shrinking, and blistering of the roof membrane leave the interior of the roof vulnerable to water damage and leaks.
  • Standing water. Water is heavy and even a small puddle of standing water can cause excessive strain, wear, and tear on your flat roof. These factors ultimately weaken the roof to the point where it can no longer stand up against leaks.

Open roof penetrations. Holes must be made in the roof membrane to accommodate vents, pipes, drains, and HVAC units. Over time, the gaps in these holes are no longer watertight. Water can seep into the membrane and the roofing system and cause leaks.

Cristian BRATU

Posted 02/02/2014 By Costel Burada

Bratu Cristian

Gradul didactic: Sef lucrari

Titlul stiintific: Doctor inginer

cbratu@elth.ucv.ro

cristian_bratu_elth@yahoo.com

Telefon: 0251435724 int. 214

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Măsurarea mărimilor neelectrice

Microcontrolere şi Automate programabile

Surse regenerabile de energie

Discipline predate:

Microcontrolere şi automate programabile

Senzori şi traductoare

Politici energetice

Sisteme descentralizate de producere a energiei

Informatică aplicată

Energetică generală şi conversia energiei

Transfer de căldură şi masă

Echipamente şi instalaţii termice I

Tehnici de inteligenţă artificială

 

Marian CIONTU

Posted 31/01/2014 By Costel Burada

DSC00543

Gradul didactic: Profesor

Titlul stiintific: Doctor inginer

mciontu@elth.ucv.ro

marciontu@yahoo.com

Telefon : 0251436447

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Modelarea proceselor energetice

Optimizări în energetică

Protecţii electrice

Discipline predate:

Fiabilitatea instalaţiilor energetice

Conducerea proceselor energetice

Protecţii electrice

Tehnici de optimizare

Modelarea proceselor energetice

Sisteme SCADA

Tehnici de inteligenţă artificială

 

Mitică Iustinian NEACĂ

Posted 27/01/2014 By Costel Burada

DIGITAL CAMERA

Gradul didactic: Conferentiar

Titlul stiintific: Doctor inginer

ineaca@elth.ucv.ro

ineaca@ie.ucv.ro

Telefon: 0251-435-724 interior: 225

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Incalzire electrică

Regim deformant in electronica de putere

Electronica de putere si circuite de comandă a mutatoarelor

Modelare si simulare in circuite electronice

Discipline predate:

Electrotermie

Electrotehnică şi electronică

Electrotehnică şi măsurări electrice

Electricitate

Analiza interacţiunii reţea-echipamente de comutaţie

Simularea, modelarea şi comanda convertoarelor statice de putere

Calitatea energiei electrice în instalaţii cu convertoare statice

Metode şi procede tehnologice

Tehnologia materialelor electrotehnice

CEE şi CEM pentru surse neconvenţionale de energie şi aparatură de larg consum 

Constantin-Florin OCOLEANU

Posted 27/01/2014 By Costel Burada

 focoleanu

Gradul didactic: Sef lucrari

Titlul stiintific: Doctor inginer

focoleanu@elth.ucv.ro

ocoflorin@yahoo.com

Telefon: 0251-435-724 int. 215

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

contactele electrice sertizate

regimurile termice ale cailor de curent

sisteme de achizitii de date

instrumentatie virtuala

Discipline predate:

Instrumentatie virtuala (LabVIEW)

Informatica Industriala 

Silvia-Maria DIGĂ

Posted 27/01/2014 By Costel Burada

Gradul didactic: Profesor

Titlul stiintific: Doctor inginer

sdiga@elth.ucv.ro

sdiga2002@yahoo.fr

Telefon: 0251-435-724  int. 208

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

 Domenii de expertiză:

Efectuarea bilanțurilor de mediu (BM) în domeniile de expertiză Industria energetică, Gestiunea deşeurilor

Expert evaluator AUF (lb. franceză) (Agence universitaire de la francophonie) pentru proiecte de cooperare ştiinţifică inter-universitară

Descărcarea corona unipolară de înaltă tensiune continuă

Instalaţii de desprăfuire electrostatică

Electrotermie

Instalaţii de iluminat electric

Bilanțuri electroenergetice

Instalații de legare la pământ

Tratarea neutrului rețelelor electrice

Discipline predate:

Impactul centralelor termoelectrice asupra mediului şi echipamente de depoluare

Tehnica iluminatului

Surse de poluare şi echipamente pentru protecţia mediului

Utilizările energiei electrice

Sisteme de iluminat eficiente energetic

Utilisation de l’énergie électrique (în limba franceză)

Installations électriques industrielles (în limba franceză)

Production, transport et distribution de l’énergie électrique (în limba franceză)

Instalaţii electrice industriale

Ingineria iluminatului şi a instalaţiilor electrice

 

Mircea-Emilian ARDELEANU

Posted 27/01/2014 By Costel Burada

Ardeleanu Mircea

Gradul didactic: Sef lucrari

Titlul stiintific: Doctor inginer

mircea_emilian@yahoo.com

mardeleanu@elth.ucv.ro

Telefon: 0251-435-724 int. 225

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Metode de testare a cablurilor electrice de MT

Bazele electrotehnicii

Comunicare manageriala

Discipline predate:

Introducere in inginerie electrica

Informatica manageriala

Teoria deciziei si cercetari operationale

Materiale electrotehnice

 

Teodor Lucian GRIGORIE

Posted 23/01/2014 By Costel Burada

 

Gradul didactic: Conferentiar

Titlul stiintific: Doctor inginer

lgrigore@elth.ucv.ro

ltgrigorie@yahoo.com

Telefon: 0251435724 int. 227

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Sisteme de navigatie aerospatiala: configuratii independente si sinergice

Senzori miniaturizati pentru aplicatii aerospatiale: modelare, proiectare, optimizare, calibrare, compensare in timp real a erorilor specifice

Sisteme de actionare cu materiale inteligente pentru aplicatii aerospatiale: modelare si control

Sisteme de control automat pentru aplicatii aerospatiale

Structuri inteligente pentru vehicule aerospatiale

Echipamente si aparate pentru achizitia, prelucrarea si afisarea in timp real a parametrilor caracteristici vehiculelor aerospatiale

Sisteme de pozitionare spatiala bazate pe metode acustice

Discipline predate:

Echipamente de bord si navigatie aeriana

Sisteme de navigatie aeriana

Teoria si constructia aparatelor de bord

Sisteme integrate de navigatie aerospatiala

 

Jenica-Ileana CORCAU

Posted 23/01/2014 By Costel Burada

Poza_Jenica1

Gradul didactic: Sef lucrari

Titlul stiintific: Doctor inginer

jcorcau@elth.ucv.ro

jicorcau@yahoo.ro

Telefon interior: 0251435724 int. 227

Fax: 0351-814-144

Adresa de corespondenta: Universitatea din Craiova, Facultatea de Inginerie Electrica

Bd. Decebal, nr. 107, Craiova, cod 200440, ROMANIA

Domenii de expertiză:

Instalatii electrice de bord

Sisteme de conversie a energiei electrice la bordul vehiculelor aerospatiale

Modelarea si simularea numerica a echipamentelor electrice la bordul aeronavelor

Sisteme energetice hibride la bordul aeronavelor

Sisteme de control fuzzy

Discipline predate:

Instalatii electrice de bord

Sisteme complexe de conversie a energiei electrice la bordul aeronavelor

Sisteme energetice hibride la bordul aeronavelor si rachetelor

Echipamente de bord cu prelucrare digitala

Bazele radionavigatiei

Introducere in inginerie aerospatiala