Severe thunderstorm warning

 A weather system with the potential to cause severe thunderstorms in parts of Southern Ontario is expected to arrive on Wednesday. The storm is forecasted to vary in intensity across the province, with Northwestern Ontario, including Thunder Bay, being under winter storm warnings as per Enviornment Canada. Enviornment Canada has issued freezing rain warnings for several regions from northeastern to eastern Ontario. Up to 15 mm of ice accretion could occur, leading to power outages and tree damage.

Meanwhile, those residing in Southern Ontario should brace for heavy rainfall, gusty winds and a severe thunderstorm threat brought about by the Colorado low. As per The Weather Network, the possibility of thunderstorms stretches from northeastern Ontario across cottage country to the southwest. They have predicted that the highest likelihood for thunderstorms is in the region to the west of Greater Toronto Area leading to the Niagara Region and down to Windsor.

The Weather Network has described the weather system as a powerful Colorado low that is expected to bring with it a severe thunderstorm threat along with early summer-like warmth.

On Wednesday, Toronto may witness rainfall up to 25 mm, which is anticipated to subside by the evening, paving the way for a sunny weather period into the long weekend. The Easter weekend forecast suggests predominantly sunny weather conditions until Monday, when the rain is expected to return.

LSU Women's Basketball: A Legacy of Excellence

 The LSU women's basketball team is renowned for its remarkable achievements in the sport. The Lady Tigers have inspired generations of young women to pursue their dreams, under the guidance of legendary coaches and talented players.

The Early Years

The LSU women's basketball program was established in 1975, shortly after the passage of Title IX, which mandated equal opportunities for women in athletics. In its early years, the team struggled to find its footing. However, things began to change in the late 1980s when Sue Gunter took over as head coach.

The Gunter Era

Under Gunter's leadership, the Lady Tigers emerged as a force to be reckoned with. They made their first appearance in the NCAA Tournament in 1989, and in 1991, they advanced to the Sweet 16 for the first time in program history.

Over the next decade, Gunter continued to build the program into a national powerhouse. The Lady Tigers won four SEC championships and made nine appearances in the NCAA Tournament during her tenure. Gunter was known for her intense work ethic, attention to detail, and commitment to her players' academic success.

In 2000, Gunter was inducted into the Women's Basketball Hall of Fame in recognition of her contributions to the sport. She retired from coaching in 2004 and passed away in 2005, leaving behind a lasting legacy at LSU and in women's basketball.

The Van Chancellor Era

After Gunter's retirement, Van Chancellor took over as head coach of the Lady Tigers. Chancellor had previously coached at Ole Miss and the WNBA's Houston Comets, where he won four championships with a team that featured some of the greatest players in women's basketball history, including Cynthia Cooper and Sheryl Swoopes.

Chancellor brought his winning ways to LSU, leading the Lady Tigers to two SEC championships and three appearances in the NCAA Tournament during his five-year tenure. He also coached Seimone Augustus, one of the greatest players in LSU history and a future WNBA MVP.

The Nikki Fargas Era

In 2011, Nikki Fargas became the first African-American head coach in program history. She had previously coached at UCLA and had also been an assistant coach at LSU under Chancellor.

Under Fargas' leadership, the Lady Tigers have continued to excel on the court and in the classroom. They have made six appearances in the NCAA Tournament, including a trip to the Sweet 16 in 2014. Fargas is known for her ability to recruit top talent and develop players, as well as her commitment to community service and social justice issues.

Looking Ahead

With talented players, dedicated coaches, and a loyal fan base, LSU women's basketball is poised for even greater achievements in the years to come. The Lady Tigers have a proud tradition of excellence and a commitment to success that has been passed down from generation to generation.

Whether they are battling for a conference championship or vying for a spot in the NCAA Tournament, the Lady Tigers will always be a team to watch and a source of inspiration for young women everywhere.

Top Electric motor Manufacturers in USA

 

Electric motors play a vital role in powering machinery across industries. From semi-trucks to electric toothbrushes, AC and DC electric motors are widely used. They find applications in electronics, construction, home and office supplies, appliances, automotive manufacturing, transportation, and industrial manufacturing.

The range of electric motors is vast, with the largest ones used for pipeline compression, ship propulsion, and pumped-storage, while the smallest ones fit inside electric watches. They are used in electric vehicles, appliances, power tools, fans, and hybrid cars.

The interaction between magnetic and electric fields is fundamental to the operation of electric motors. These motors are divided into two categories based on the type of current they use: AC motors powered by alternating current and DC motors powered by direct current.

Top Manufacturers 

BDI

Motion Industries, Inc.

Ryan Herco Flow Solutions (HQ)

Rockwell Automation

Providence Enterprise USA, Inc.

Win Source Electronic Technology Ltd.

DXP Cortech

Tatung Electric Co. of America

Suhner

Siemens Corporation

When it comes to successful businesses, revenue is a crucial factor in determining their growth and profitability. Here, we have listed the top 10 companies by their estimated annual revenue, along with their location and year of founding.

BDI - Cleveland, OH - 1935 - $250 Mil. and over BDI, founded in 1935, is a global distributor of industrial products, specializing in bearings, power transmission, fluid power, and material handling equipment. With over 200 branches worldwide, BDI has an estimated annual revenue of $250 million or more.

DXP Cortech - Anaheim, CA - 1987 - $250 Mil. and over DXP Cortech, established in 1987, is a leading supplier of industrial products and services, including pumps, bearings, power transmission, and safety equipment. Based in Anaheim, California, the company has an estimated annual revenue of $250 million or more.

Motion Industries, Inc. - Birmingham, AL - 1946 - $250 Mil. and over Motion Industries, Inc., founded in 1946, is a leading distributor of industrial parts and services, with over 550 locations worldwide. The company specializes in bearings, mechanical power transmission, electrical and industrial automation, hydraulic and industrial hose, hydraulic and pneumatic components, and safety products. Motion Industries, Inc. has an estimated annual revenue of $250 million or more.

Providence Enterprise USA, Inc. - Newport Beach, CA - 1992 - $250 Mil. and over Providence Enterprise USA, Inc. is a global supplier of electronics and components, with a focus on sustainable and innovative solutions. Founded in 1992, the company has its headquarters in Newport Beach, California, and an estimated annual revenue of $250 million or more.

Rockwell Automation - Milwaukee, WI - 1903 - $250 Mil. and over Rockwell Automation, founded in 1903, is a global provider of industrial automation and information technology solutions. The company specializes in control systems, power and energy management, motion control, and software. With an estimated annual revenue of $250 million or more, Rockwell Automation has a strong presence in the industry.

Ryan Herco Flow Solutions (HQ) - Burbank, CA - 1948 - $250 Mil. and over Ryan Herco Flow Solutions, founded in 1948, is a leading distributor of fluid handling products and services. 

Motors

Components: Electric motors are typically composed of various components, including the rotor, stator, windings, air gap, and commutator.

Rotor: The rotor serves as the rotating part of the motor that converts electrical power into mechanical power by turning the shaft. It usually contains current-carrying conductors that interact with the magnetic field produced by the stator. However, in some cases, the rotor contains the magnets while the stator holds the conductors.

Stator: In contrast to the rotor, the stator remains stationary and forms the fixed portion of the motor's electromagnetic circuit. It generally comprises a core and either permanent magnets or windings. The core consists of several thin metal sheets, known as laminations, which minimize energy losses.

The interplay between electric and magnetic fields is crucial for the functioning of electric motors, which can be classified into two types depending on the type of current they employ. AC motors utilize alternating current, whereas DC motors utilize direct current.

Coils of wire that are wrapped around a core are commonly known as windings. When an electrical current is passed through them, they generate magnetic fields that form the basis of the motor's operation.

The air gap, which refers to the distance between the rotor and stator, is a critical element of motor design. It regulates the magnetizing current required for optimal performance, but a larger gap can lead to mechanical problems, energy losses, and noise. As a result, it is recommended to minimize the air gap and maintain it at an appropriate level to ensure smooth and efficient motor operation.

The commutator is an essential component found in most DC motors and universal motors, used to alternate the current's direction between the external circuit and the rotor. It consists of a cylinder made up of numerous metal contacts, or slip rings, segments, and an armature upon which the segments rotate. The segments are in contact with two or more electrical brushes that allow current to flow through them, reaching the rotor.

There are two main magnetic field pole configurations for electric motors: salient pole and non-salient pole.

When it comes to electric motors, there are two primary magnetic field pole configurations to consider: salient pole and non-salient pole.

In a salient pole machine, the magnetic field is produced by a winding located beneath the pole face.

On the other hand, a non-salient pole machine, which may also be referred to as a distributed field machine or a round-rotor machine, generates a magnetic field through windings that are wrapped around pole face slots.