Shahrukh Khan and Rohit Shetty's film Chennai Express
is set to release on 9th of August. Deepika Padukone will be seen
acting alongside the King Khan of Bollywood. The film is said to be
about a man's journey from Mumbai to Rameshwaram and what happens
along the way after he falls in love with the daughter of a
The film has completed shooting and now is undergoing post
production while the promotions of the film is taking place full
fledged. The cast of film was on the sets of Comedy Nights With
Kapil, Jhalak Dikhla Jaa, DID Supermoms and
now in the famous television show Tarak Mehta Ka Ooltah
Tarak Mehta Ka Oolta Chashmah is one of the most
watched shows today. It is in fact, second highest watched show
according to recent statistics with 3.5 TVR. It is a comedy show
which is set in a fictitious Gokuldham Co-operative Housing Society
in Mumbai, where people from different religious and social
backgrounds live together and the show is about their daily
SRK On Tarak Mehta Ka Ooltah Chashmah
Shahrukh Khan was on the sets of Tarak Mehta Ka Ooltah
Chashmah. He was here to promote his upcoming release
Shahrukh Khan As Himself
Shahrukh Khan will be in the show as himself like most of the
other actors who were on this show previously.
King Khan Without Deepika
King Khan of Bollywood, Shahrukh Khan, was not accompanied by
his leading lady in the film, Deepika Padukone.
Shahrukh Khan With The Cast
Shahrukh Khan was his charming self with the cast members. He
will be seen dazzling the characters of the show.
The Cast Present A Show For The King Khan
The cast of the show would have an extravagant event for the
King Khan. They would be performing for the actor and his directer
Shahrukh Khan And Rohit Shetty
Shahrukh Khan and Rohit Shetty were on the sets together. They
were presented with various performances by the characters of the
show Tarak Mehta Ka Ooltah Chashmah.
Shahrukh Khan Impresses With The Cast's Energy
Shahrukh Khan was impressed with the energy the cast members
had. Everyone seemed to have had a gala time together.